10-30-22 17:46  PyFrac.general                           INFO      Log file set up
10-30-22 17:46  PyFrac.controller.run                    INFO      Making elasticity matrix...
10-30-22 17:46  PyFrac.controller.run                    INFO      Done!
10-30-22 17:46  PyFrac.controller.run                    INFO      Starting time = 0.008972168440461255
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.009695821670325656 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007236532298644007 sec...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003414226862807901
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0003414226862807901
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 0.009695821670325656 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007236532298644013 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 109
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.01039670865846377 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007008869881381139 sec...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06892319681347114
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09225432265382053
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07873361302169024
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09485187163053883
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 6
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07911275219915814
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 7
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09494920905241466
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 8
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0791269401809851
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 9
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09495284809611607
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 10
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07912747058185077
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 11
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09495298413254308
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 12
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07912749040950229
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 13
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09495298921790285
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 14
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07912749115070598
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 15
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09495298940800474
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 16
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07912749117841293
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 17
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0949529894151107
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 18
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0791274911794484
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 19
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09495298941537689
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 20
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07912749117948785
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 21
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0949529894153864
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 22
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07912749117948918
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 23
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09495298941538702
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 24
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07912749117948925
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 25
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09495298941538702
10-30-22 17:46  PyFrac.controller.advance_time_step      WARNING   Did not converge after max iterations!
10-30-22 17:46  PyFrac.controller.advance_time_step      WARNING   Time step failed...
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.010256531260836147 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005607095905104911 sec...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013976762601248449
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002884169149444027
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:46  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005662231997960454
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005662231997960454
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 0.010256531260836147 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005607095905104907 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 109
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.010973510245244709 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007169789844085617 sec...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007442556141019037
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014619481296669345
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002869938243618512
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002869938243618512
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 0.010973510245244709 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007169789844085617 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 121
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.011715030171551387 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007415199263066789 sec...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012295534061657287
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0022618550289170702
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00041455132695696523
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00041455132695696523
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 0.011715030171551387 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007415199263066784 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 121
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.012487639145807122 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007726089742557337 sec...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013166096443231634
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0024982635205583006
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004743328380579411
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004743328380579411
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 0.012487639145807122 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007726089742557344 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 121
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.013294763910874434 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008071247650673127 sec...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01604723071981821
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0032286006213817497
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006555390760712617
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0006555390760712617
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 0.013294763910874434 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008071247650673127 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 129
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.014139357072360725 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008445931614862906 sec...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.1485045353438399
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0035646807147186044
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005712116625218311
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005712116625218311
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 0.014139357072360725 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008445931614862907 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 137
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.015023652882384764 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008842958100240398 sec...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016269571710673114
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0025007023921927254
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003806364771413347
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003806364771413347
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 0.015023652882384764 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008842958100240394 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 137
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.015949495334151492 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009258424517667272 sec...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017624814673092404
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028306882759536744
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00044970049775120796
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00044970049775120796
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 0.015949495334151492 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009258424517667278 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 137
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.016919294423666166 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009697990895146728 sec...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.14728364218838355
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0034648656428183746
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005873939094242312
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005873939094242312
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 0.016919294423666166 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009697990895146738 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 145
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.017935626861793893 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010163324381277279 sec...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01841581146753975
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0026707518413652633
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00039059113943159157
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00039059113943159157
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 0.017935626861793893 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010163324381277268 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 145
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.018972168440461255 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010365415786673625 sec...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018693993005231075
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028042699339635804
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004225016257932701
10-30-22 17:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004225016257932701
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 0.018972168440461255 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010365415786673625 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 145
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.020086887908927823 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011147194684665673 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02304879602633451
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003883884720984702
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006428020962578884
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0006428020962578884
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.020086887908927823 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011147194684665677 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 145
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.021257735299074036 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001170847390146213 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013056527390507952
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002176690089495091
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036578218381899674
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00036578218381899674
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.021257735299074036 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011708473901462131 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 161
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.02248220248212219 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012244671830481545 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01918234506736947
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028711389522989095
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004386726635479121
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004386726635479121
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.02248220248212219 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.001224467183048153 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 177
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.02376483821115378 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001282635729031588 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01658268656563092
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001883687488280891
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021522719688103566
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00021522719688103566
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.02376483821115378 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012826357290315893 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 177
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.023972168440461256 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00020733022930747788 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00319453755423257
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005502197610466807
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005502197610466807
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.023972168440461256 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.00020733022930747788 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 177
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.024386828899076212 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00041466045861495576 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006396733768728196
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009574361600406256
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0009574361600406256
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.024386828899076212 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.00041466045861495576 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 177
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.025216149816306124 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008293209172299115 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01223418194684589
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016061467415707956
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002102996491748499
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002102996491748499
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.025216149816306124 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008293209172299115 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 177
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.026624866845887746 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001408717029581622 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019338577566877926
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002436831208312538
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003110400606508103
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003110400606508103
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.026624866845887746 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014087170295816222 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 185
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.028098663563792828 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014737967179050805 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01835085562414334
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0021645764062276918
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00025731263007910954
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00025731263007910954
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.028098663563792828 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.001473796717905082 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 193
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.028972168440461257 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008735048766684295 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011133577424472867
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014027164444578538
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017399933319728333
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00017399933319728333
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.028972168440461257 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008735048766684295 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 193
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.030553522012502193 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0015813535720409352 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014004242752266194
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016605702497131114
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019256146220980597
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00019256146220980597
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.030553522012502193 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.001581353572040936 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 213
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03220676638818943 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016532443756872382 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.11183520083415216
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011423600591739524
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010062524419418573
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00010062524419418573
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.03220676638818943 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016532443756872364 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 221
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03397216844046126 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001765402052271832 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0142860971220366
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011470916938710607
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.63860021138685e-05
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 9.63860021138685e-05
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.03397216844046126 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.001765402052271832 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 221
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03577878644287592 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001806618002414665 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.10906476019756967
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012571026265759677
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011284226169033795
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00011284226169033795
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.03577878644287592 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018066180024146616 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 233
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03766558243533415 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018867959924582251 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 19 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012724343808391103
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010320293067187514
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.544589942334092e-05
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 9.544589942334092e-05
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.03766558243533415 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018867959924582234 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 241
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03897216844046126 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013065860051271125 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01007217462519866
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009520615712195202
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0009520615712195202
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.03897216844046126 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013065860051271125 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 241
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.040998384798969854 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0020262163585085965 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.11455947633534119
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005480816527793642
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005480816527793642
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.040998384798969854 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.002026216358508595 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 249
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.04311230582099887 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021139210220290157 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00791461971893792
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005558117450837033
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005558117450837033
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.04311230582099887 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0021139210220290153 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 261
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.04397216844046126 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008598626194623871 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007398694439086621
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007666941081021506
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007666941081021506
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.04397216844046126 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008598626194623871 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 261
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.04569189367938603 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017197252389247741 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010990616739852922
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007543717832310115
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007543717832310115
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.04569189367938603 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017197252389247741 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 277
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.04800623372711615 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023143400477301196 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.10319933254737906
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018446868650073215
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00018446868650073215
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.04800623372711615 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023143400477301165 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 285
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.04897216844046126 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009659347133451138 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00781520811730606
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008555240927013368
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0008555240927013368
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.04897216844046126 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009659347133451138 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 293
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05090403786715149 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019318694266902275 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007978837968212934
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004963649971927195
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004963649971927195
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.05090403786715149 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019318694266902275 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 293
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05343496734681063 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0025309294796591396 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005560984925051058
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019594614531648347
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019594614531648347
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.05343496734681063 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.00253092947965914 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 293
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05397216844046126 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00053720109365063 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.10578024772432155
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.11032565027660013
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014775026830044565
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00014775026830044565
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.05397216844046126 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.00053720109365063 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 293
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05504657062776252 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00107440218730126 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008177176974504855
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007734143636682037
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007734143636682037
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.05504657062776252 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.00107440218730126 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 301
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05719537500236504 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00214880437460252 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00566827163299028
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012806523807937292
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:47  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.793065296877014e-05
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 4.793065296877014e-05
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.05719537500236504 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.00214880437460252 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 313
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05897216844046126 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017767934380962247 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004432026249783139
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003683442828137373
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003683442828137373
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.05897216844046126 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017767934380962247 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 325
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.061836330062723696 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0028641616222624335 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 16 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008561802290296683
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0008561802290296683
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.061836330062723696 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.002864161622262433 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 333
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.06397216844046127 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021358383777375783 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006183696416018236
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022620523686240902
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00022620523686240902
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.06397216844046127 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0021358383777375783 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 341
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0670350377720443 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0030628693315830143 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005829839306847439
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0005829839306847439
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.0670350377720443 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0030628693315830208 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 349
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.06897216844046127 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019371306684169698 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00664738811909329
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00031704103833742894
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00031704103833742894
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.06897216844046127 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019371306684169698 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 357
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07223014089430656 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00325797245384529 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 20 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005694629778623561
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029986872024867495
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00029986872024867495
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.07223014089430656 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0032579724538452925 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 373
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07397216844046126 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001742027546154698 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0037724568678455307
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023618423527205223
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023618423527205223
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.07397216844046126 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.001742027546154698 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 373
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07742211359579165 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0034499451553304025 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0074669999429589524
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.251559642724157e-05
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.251559642724157e-05
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.07742211359579165 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0034499451553303973 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 385
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07897216844046126 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0015500548446696072 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.08484901693475946
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029749999267022787
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00029749999267022787
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.07897216844046126 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0015500548446696072 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 401
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.08207227812980047 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0031001096893392144 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017440878845600013
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.83547669890155e-05
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.83547669890155e-05
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.08207227812980047 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0031001096893392144 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 405
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.08397216844046126 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00189989031066079 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005050766238893122
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002353324967858874
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002353324967858874
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.08397216844046126 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.00189989031066079 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 421
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.08777194906178284 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00379978062132158 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01144455946696214
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.7118569188764614e-05
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.7118569188764614e-05
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.08777194906178284 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.00379978062132158 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 421
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.08897216844046127 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012002193786784243 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00614529929741068
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000552937304102986
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000552937304102986
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.08897216844046127 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012002193786784243 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 421
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09137260719781812 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024004387573568486 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017023933946536925
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.112506286505695e-05
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.112506286505695e-05
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.09137260719781812 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024004387573568486 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 437
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09397216844046127 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002599561242643156 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009615732969164948
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0009615732969164948
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.09397216844046127 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.002599561242643156 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 437
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09816100256954072 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004188834129079439 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07571227021766318
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009236892561143118
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0009236892561143118
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.09816100256954072 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.004188834129079444 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 437
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09897216844046128 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008111658709205605 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003301006698587683
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003347890696329496
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003347890696329496
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.09897216844046128 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008111658709205605 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 465
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1005945001823024 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001622331741841121 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004000734433477741
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002608940731973301
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002608940731973301
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.1005945001823024 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.001622331741841121 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 465
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10397216844046128 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0033776682581588835 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006844597913227446
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002036080682867869
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002036080682867869
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.10397216844046128 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0033776682581588835 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 481
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10851497307989079 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004542804639429506 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017583806912787898
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022268016422843928
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00022268016422843928
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.10851497307989079 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.004542804639429507 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 489
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10897216844046129 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004571953605704976 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003268477884237786
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00045329500913130855
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00045329500913130855
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.10897216844046129 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004571953605704976 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 489
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10988655916160228 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009143907211409952 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005377648439546763
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005713154130255749
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005713154130255749
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.10988655916160228 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009143907211409952 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 489
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11171534060388427 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018287814422819904 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005092295296836931
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002775169890173827
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002775169890173827
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.11171534060388427 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018287814422819904 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 497
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11397216844046126 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002256827836576991 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0020738181410067114
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.782408907242872e-05
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.782408907242872e-05
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.11397216844046126 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.002256827836576991 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 505
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11848582411361525 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004513655673153982 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018438283202251826
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00027472425717796806
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00027472425717796806
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.11848582411361525 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.004513655673153982 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 517
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11897216844046127 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00048634432684602213 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0038231402537531878
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005348622515937151
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005348622515937151
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.11897216844046127 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.00048634432684602213 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 517
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11994485709415331 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009726886536920443 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005411256410120154
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005811807466316784
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005811807466316784
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.11994485709415331 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009726886536920443 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 517
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1218902344015374 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019453773073840885 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0018997701751162221
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.855137202759619e-05
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 9.855137202759619e-05
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.1218902344015374 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019453773073840885 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 517
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.12397216844046127 ...
10-30-22 17:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0020819340389238716 sec...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012434870621443512
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:47  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.5630066879796704e-05
10-30-22 17:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 2.5630066879796704e-05
10-30-22 17:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Solved time: 0.12397216844046127 s
10-30-22 17:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020819340389238716 s
10-30-22 17:47  PyFrac.controller.run                    INFO      Element in the crack: 525
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:47  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.12813603651830902 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004163868077847743 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01551320065943634
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00027104164040049085
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00027104164040049085
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.12813603651830902 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.004163868077847743 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 545
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.12897216844046128 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008361319221522612 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0043562130376129105
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004865084951808203
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004865084951808203
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.12897216844046128 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008361319221522612 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 553
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1306444322847658 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016722638443045224 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0045845626721724006
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003018992225598538
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003018992225598538
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.1306444322847658 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016722638443045224 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 553
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.13397216844046128 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003327736155695482 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005354787263596787
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014616598256777226
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00014616598256777226
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.13397216844046128 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.003327736155695482 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 561
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.13897216844046129 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020786518073273294
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00031445578839317534
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00031445578839317534
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.13897216844046129 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 577
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1439721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02496421807600379
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005314092806474837
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005314092806474837
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.1439721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 593
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1489721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.026571533498444006
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010769642092599478
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.60890077200653e-05
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 7.60890077200653e-05
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.1489721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 593
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1539721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023356195913537
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000795670744424958
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000795670744424958
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.1539721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 609
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.15897216844046128 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012720332609775944
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012241013695935316
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.287117951232002e-05
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 9.287117951232002e-05
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.15897216844046128 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 621
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.16397216844046128 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05214972740758921
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006918124861769062
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006918124861769062
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.16397216844046128 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 641
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.16897216844046128 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0481181226143438
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008449086667622499
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0008449086667622499
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.16897216844046128 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 657
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1739721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024714566855486262
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005454936708188132
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005454936708188132
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.1739721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 673
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1789721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.026169900479773998
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009108169657281451
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0009108169657281451
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.1789721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 673
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1839721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04818889456193392
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007928367220262673
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007928367220262673
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.1839721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 681
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1889721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02333581002674442
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008609236263234113
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0008609236263234113
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.1889721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 697
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1939721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024414058231819583
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009174070903604558
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0009174070903604558
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.1939721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 717
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1989721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0438306488784623
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010435550379815695
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.299833239626906e-05
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 6.299833239626906e-05
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.1989721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 725
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2039721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021213950280576377
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005031943114775099
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005031943114775099
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2039721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 749
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2089721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024450115032125967
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007633168772446315
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007633168772446315
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2089721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 749
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2139721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022307059600508397
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005915507595787517
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005915507595787517
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2139721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 761
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2189721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023988064445910597
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004222444663832666
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004222444663832666
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2189721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 777
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2239721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.039842001690062114
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009894960516171262
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0009894960516171262
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2239721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 785
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2289721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 18 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0254498187002507
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008218055048439865
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0008218055048439865
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2289721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 793
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.23397216844046131 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024932808491382255
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010521602828291066
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.222122258006854e-05
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 6.222122258006854e-05
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.23397216844046131 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 793
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2389721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.041545590455289105
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007915609304454119
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007915609304454119
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2389721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 821
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2439721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022467930365954736
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008396399292786016
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0008396399292786016
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2439721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 829
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2489721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020869030174446523
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005023632852596549
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005023632852596549
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2489721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 845
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2539721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02342939111855652
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004606784583537915
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004606784583537915
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2539721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 853
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2589721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023784158104988684
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006555465823120388
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006555465823120388
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2589721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 869
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2639721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02507818090161501
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006149041986915904
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006149041986915904
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2639721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 877
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2689721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024917044070704164
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007323793485644048
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007323793485644048
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2689721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 885
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2739721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024041428621054295
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007457343816239526
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007457343816239526
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2739721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 885
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2789721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07184675844514876
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008570257779251245
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0008570257779251245
10-30-22 17:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Solved time: 0.2789721684404613 s
10-30-22 17:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:48  PyFrac.controller.run                    INFO      Element in the crack: 885
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:48  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2839721684404613 ...
10-30-22 17:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:48  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:48  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04124303713093913
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000724492596163917
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000724492596163917
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.2839721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 905
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2889721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024115433018517412
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000800074297520884
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000800074297520884
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.2889721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 933
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2939721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023935328710124975
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006443916570265988
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006443916570265988
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.2939721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 941
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.29897216844046126 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999949 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023700237547152083
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007213052628402582
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007213052628402582
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.29897216844046126 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999949 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 949
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.30397216844046127 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.036355004421850225
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006612657355056228
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006612657355056228
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.30397216844046127 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 949
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.30897216844046127 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020720611029528314
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00039250633907559604
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00039250633907559604
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.30897216844046127 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 973
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3139721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 19 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02397355333830444
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005936318535960334
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005936318535960334
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3139721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 973
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3189721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09536046683541359
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05954665671030908
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.6337237367485398e-05
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 1.6337237367485398e-05
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3189721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 981
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3239721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022153352864889776
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005211337788119696
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005211337788119696
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3239721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 989
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3289721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02291827539310903
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000447113560928133
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000447113560928133
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3289721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1005
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3339721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.025646094024833466
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008176178052608997
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0008176178052608997
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3339721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1005
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3389721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 19 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02316273703321968
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009381662927066384
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0009381662927066384
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3389721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1021
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3439721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 18 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.031862672934119374
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007402276261150062
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007402276261150062
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3439721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1033
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3489721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021169120959369576
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006809629973540707
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006809629973540707
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3489721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1041
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3539721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020101706061783235
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004518220207832731
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004518220207832731
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3539721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1049
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3589721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019537590853591722
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002760751082711997
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002760751082711997
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3589721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1065
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3639721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02176985085545782
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003921031596353745
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003921031596353745
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3639721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1085
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3689721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024892584733170783
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00045881785155375983
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00045881785155375983
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3689721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1085
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.37397216844046133 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 20 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022959043950946265
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003665422646655061
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003665422646655061
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.37397216844046133 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1093
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.37897216844046133 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02307138519181853
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004885535084467997
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004885535084467997
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.37897216844046133 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1101
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3839721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999949 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 19 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022461157937476963
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000435232060155598
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000435232060155598
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3839721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999949 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1109
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3889721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03242320991150935
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005149599855370903
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005149599855370903
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3889721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1109
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3939721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03445912877267037
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004318795541217292
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004318795541217292
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3939721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1117
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3989721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 18 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021104319056831657
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005154815448665436
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005154815448665436
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.3989721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1125
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4039721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 19 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019893530091198163
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005207240950703538
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005207240950703538
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.4039721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1137
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4089721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0179121820180329
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003666681408914971
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003666681408914971
10-30-22 17:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Solved time: 0.4089721684404613 s
10-30-22 17:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:49  PyFrac.controller.run                    INFO      Element in the crack: 1153
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:49  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4139721684404613 ...
10-30-22 17:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01949828830356216
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001888870598594918
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001888870598594918
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.4139721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1169
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4189721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022323889685950313
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036728174124887517
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00036728174124887517
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.4189721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1185
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4239721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.022421339212677364
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036817777174419657
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00036817777174419657
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.4239721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1185
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4289721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02083950145035804
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019829238395947875
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019829238395947875
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.4289721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1201
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4339721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021739448025447184
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002661341670559156
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002661341670559156
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.4339721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1201
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.43897216844046133 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020538623217552118
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002665810437470758
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002665810437470758
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.43897216844046133 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1201
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.44397216844046133 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0192924173618523
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022945962527780233
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00022945962527780233
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.44397216844046133 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1209
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.44897216844046134 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019140559678891177
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015348189178750267
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015348189178750267
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.44897216844046134 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1225
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.45397216844046134 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02179575560019982
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003073325714507516
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003073325714507516
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.45397216844046134 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1225
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4589721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999949 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.032544058966480036
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004059070291227809
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004059070291227809
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.4589721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999949 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1229
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4639721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020124096909764033
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018493845940740976
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00018493845940740976
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.4639721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1245
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4689721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.030660528744813724
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004107413554883415
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004107413554883415
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.4689721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1245
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4739721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020627948779386035
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004642362014923968
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004642362014923968
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.4739721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1253
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4789721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07952121058093083
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000399989352233554
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000399989352233554
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.4789721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1265
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4839721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018779375192492065
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003977190522524765
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003977190522524765
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.4839721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1281
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4889721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.030305405126116104
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002754877143656742
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002754877143656742
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.4889721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1297
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4939721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019970114043364795
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001816538593753414
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001816538593753414
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.4939721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1305
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.49897216844046133 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.029698487388646822
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019288132996102546
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019288132996102546
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.49897216844046133 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1305
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5039721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01894883461626131
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001669725410118339
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001669725410118339
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.5039721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1313
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5089721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01851356240250972
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012930405601467853
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00012930405601467853
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.5089721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1313
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5139721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017663786936620872
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011010675944795878
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011010675944795878
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.5139721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1321
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5189721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.030923066553758004
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.059517047538378e-05
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.059517047538378e-05
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.5189721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1345
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5239721684404613 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021936344177680756
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011372320628577626
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011372320628577626
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.5239721684404613 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1353
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5289721684404614 ...
10-30-22 17:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02233301513835544
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022752654589668352
10-30-22 17:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00022752654589668352
10-30-22 17:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Solved time: 0.5289721684404614 s
10-30-22 17:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:50  PyFrac.controller.run                    INFO      Element in the crack: 1353
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:50  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5339721684404614 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.029054198546068832
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002460277397284827
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002460277397284827
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5339721684404614 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1353
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5389721684404614 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01954506371202571
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015132805349908905
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015132805349908905
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5389721684404614 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1369
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5439721684404614 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02092301159108754
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002674554500091908
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002674554500091908
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5439721684404614 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1369
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5489721684404614 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019642324758957663
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002658479136025349
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002658479136025349
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5489721684404614 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1369
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5539721684404614 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01849397188924682
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001443360850134745
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001443360850134745
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5539721684404614 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1377
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5589721684404614 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01789600886869898
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000216596884723567
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000216596884723567
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5589721684404614 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1397
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5639721684404614 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017913381223892393
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022236956533831852
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00022236956533831852
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5639721684404614 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1413
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5689721684404614 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.052828781243540845
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018250237216797078
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00018250237216797078
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5689721684404614 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1413
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5739721684404614 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.030370501587459978
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017125404513972429
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00017125404513972429
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5739721684404614 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1425
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5789721684404613 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017841275480618875
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.4614646298068424e-05
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.4614646298068424e-05
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5789721684404613 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1433
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5839721684404613 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018804225519319335
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.1501233951635186e-05
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 4.1501233951635186e-05
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5839721684404613 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1441
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5889721684404613 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02927100953161497
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.6736904451739693e-05
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.6736904451739693e-05
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5889721684404613 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1449
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5939721684404613 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028523904936865612
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.107130554757007e-05
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.107130554757007e-05
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5939721684404613 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1457
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5989721684404613 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02797568866803703
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.952269069838234e-05
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 4.952269069838234e-05
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.5989721684404613 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1465
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6039721684404613 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01969789524778251
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.060236482558935e-05
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.060236482558935e-05
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.6039721684404613 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1473
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6089721684404613 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019285671111035185
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.1869238615788835e-05
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.1869238615788835e-05
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.6089721684404613 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1481
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6139721684404613 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019716431306174915
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.930101394219291e-05
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 4.930101394219291e-05
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.6139721684404613 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1481
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6189721684404613 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018708344595451516
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.267620150097103e-05
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.267620150097103e-05
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.6189721684404613 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1481
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6239721684404613 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017701515125529404
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.401854407808319e-05
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.401854407808319e-05
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.6239721684404613 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1489
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6289721684404613 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017746297578995717
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.165424412861657e-05
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.165424412861657e-05
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.6289721684404613 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1489
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6339721684404613 ...
10-30-22 17:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.030744960668265858
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.486003689611721e-05
10-30-22 17:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.486003689611721e-05
10-30-22 17:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Solved time: 0.6339721684404613 s
10-30-22 17:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:51  PyFrac.controller.run                    INFO      Element in the crack: 1497
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:51  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6389721684404613 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017584945024483104
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.3937099383534974e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 4.3937099383534974e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6389721684404613 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1513
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6439721684404613 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 22 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02014147305988413
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.580860004651451e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.580860004651451e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6439721684404613 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1521
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6489721684404613 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02562295677423472
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020324144409860685
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00020324144409860685
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6489721684404613 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1533
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6539721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018093627000498103
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014165645068920827
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00014165645068920827
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6539721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1549
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6589721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02721843202447188
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.031659403189394e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.031659403189394e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6589721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1549
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6639721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017252419703442226
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.7041692070138946e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 2.7041692070138946e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6639721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1565
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6689721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017968508192241665
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.1763319013010944e-06
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.1763319013010944e-06
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6689721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1565
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6739721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028207118724289725
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.2091300010462504e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.2091300010462504e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6739721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1573
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6789721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018007939582651403
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.349381851134516e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.349381851134516e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6789721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1581
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6839721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028046300854859686
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.773942999981453e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.773942999981453e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6839721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1589
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6889721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018018423487357552
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.57675617686055e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 9.57675617686055e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6889721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1597
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6939721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01821594453469334
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.7029934459299e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.7029934459299e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6939721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1605
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6989721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017863384587721045
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.143817414167516e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.143817414167516e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.6989721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1605
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7039721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005643358642319785
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.709111364072715e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.709111364072715e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.7039721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1605
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7089721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016344517437753548
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.729076390504272e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.729076390504272e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.7089721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1617
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7139721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018638918989738282
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.210583482777183e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.210583482777183e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.7139721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1617
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7189721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017582106584099755
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.7763269834976334e-05
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.7763269834976334e-05
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.7189721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7239721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017660879874130956
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010502920733019232
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00010502920733019232
10-30-22 17:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Solved time: 0.7239721684404614 s
10-30-22 17:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:52  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:52  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7289721684404614 ...
10-30-22 17:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:52  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020921545738135094
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.0742043436363455e-06
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 2.0742043436363455e-06
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7289721684404614 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7339721684404614 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 19 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019847438626408073
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.2913285554906146e-05
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 2.2913285554906146e-05
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7339721684404614 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7389721684404614 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018605182475461068
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.2907634307274677e-05
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 2.2907634307274677e-05
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7389721684404614 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7439721684404613 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017533980503677927
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.650956631498223e-06
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.650956631498223e-06
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7439721684404613 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7489721684404613 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01720279090524457
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.283198516351554e-05
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.283198516351554e-05
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7489721684404613 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1677
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7539721684404613 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016944335844764763
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.915582486126435e-05
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 2.915582486126435e-05
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7539721684404613 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1685
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7589721684404613 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01603769935336584
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.8795878605977507e-05
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.8795878605977507e-05
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7589721684404613 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1685
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7639721684404613 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015379674619456088
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.465609992900855e-05
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.465609992900855e-05
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7639721684404613 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1693
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7689721684404613 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014824430159333608
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011128624744069866
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011128624744069866
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7689721684404613 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1701
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7739721684404613 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.027743542905439286
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010992222438596052
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00010992222438596052
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7739721684404613 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1701
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7789721684404614 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028425008534264443
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.878778331771859e-05
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 9.878778331771859e-05
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7789721684404614 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1717
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7839721684404614 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016039886906307102
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014384645427504333
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00014384645427504333
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7839721684404614 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1733
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7889721684404614 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.025246663412023196
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001477671634930443
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001477671634930443
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7889721684404614 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1733
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7939721684404614 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017443809174421093
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020503625220985347
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00020503625220985347
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7939721684404614 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1741
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7989721684404614 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 21 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017992989127717345
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016105755652973602
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00016105755652973602
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.7989721684404614 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1749
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8039721684404614 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017687036677448312
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015369497176132973
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015369497176132973
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.8039721684404614 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1749
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8089721684404614 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016991435915031085
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019175382537678124
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019175382537678124
10-30-22 17:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Solved time: 0.8089721684404614 s
10-30-22 17:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:53  PyFrac.controller.run                    INFO      Element in the crack: 1757
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:53  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8139721684404614 ...
10-30-22 17:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:53  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017598562793455685
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013312391151287312
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00013312391151287312
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8139721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1757
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8189721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016826215536625156
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001321472829924414
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001321472829924414
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8189721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1765
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8239721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017459699100391662
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014337078225979815
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00014337078225979815
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8239721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1781
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8289721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0187504386357237
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011591969204508122
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011591969204508122
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8289721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1781
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8339721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.025834340114306496
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012720386628341782
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00012720386628341782
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8339721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1781
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8389721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016753894474572515
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015698360162884762
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015698360162884762
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8389721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1789
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8439721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01716970655731309
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011021773016626985
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011021773016626985
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8439721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1789
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8489721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016415134603124378
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.820290423873767e-05
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.820290423873767e-05
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8489721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1789
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8539721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015632860956991665
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.425371838565769e-05
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.425371838565769e-05
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8539721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1797
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8589721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015300802222767697
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004959872375948131
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004959872375948131
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8589721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1797
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8639721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014432407813643078
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.9219765132206085e-05
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 4.9219765132206085e-05
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8639721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1813
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8689721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.027139270090844086
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001233644277525888
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001233644277525888
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8689721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1829
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8739721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015585549537354767
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015114686546343256
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015114686546343256
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8739721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1845
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8789721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023934761286089918
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012626857022087398
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00012626857022087398
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8789721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1853
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8839721684404614 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016790314018323944
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018397359686406212
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00018397359686406212
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8839721684404614 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1861
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8889721684404615 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017338637914393384
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016576313430216594
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00016576313430216594
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8889721684404615 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1861
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8939721684404615 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016463462971748017
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019315644848368527
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019315644848368527
10-30-22 17:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Solved time: 0.8939721684404615 s
10-30-22 17:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:54  PyFrac.controller.run                    INFO      Element in the crack: 1877
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:54  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8989721684404613 ...
10-30-22 17:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 22 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016884069367915533
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:54  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019553576462179775
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019553576462179775
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.8989721684404613 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1877
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9039721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01622157494875213
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002509119527413321
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002509119527413321
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9039721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1885
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9089721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016937612681174958
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002249756860418136
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002249756860418136
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9089721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1885
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9139721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015988745434141787
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002289768172990906
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002289768172990906
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9139721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1893
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9189721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01578656647050436
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022129356199052097
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00022129356199052097
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9189721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1893
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9239721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.026429384992964877
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002053887304991342
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002053887304991342
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9239721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1893
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9289721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014665752816599284
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000230136315383452
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000230136315383452
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9289721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1901
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9339721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015456523527840549
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021224016852420627
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00021224016852420627
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9339721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1901
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9389721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014905245215600141
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00025659701286673275
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00025659701286673275
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9389721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1925
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9439721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0176439283627056
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002085611261960126
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002085611261960126
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9439721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1925
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9489721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.025209027779376243
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015920772625518018
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015920772625518018
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9489721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1925
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9539721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01571721040571165
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022134182840175912
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00022134182840175912
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9539721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1933
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9589721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024926825717758616
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021875157201563708
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00021875157201563708
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9589721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1933
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9639721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01608562914175053
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023484823506218314
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023484823506218314
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9639721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1941
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9689721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016765413480103852
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015847364498614938
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015847364498614938
10-30-22 17:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Solved time: 0.9689721684404614 s
10-30-22 17:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:55  PyFrac.controller.run                    INFO      Element in the crack: 1941
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:55  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9739721684404614 ...
10-30-22 17:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016039264683309924
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001432925566990928
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001432925566990928
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 0.9739721684404614 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 1949
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9789721684404614 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01621478574557907
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016231183437135735
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00016231183437135735
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 0.9789721684404614 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 1957
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9839721684404614 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06617870222371931
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020038147832187234
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00020038147832187234
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 0.9839721684404614 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 1957
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9889721684404614 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015285847245147935
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001290068154221302
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001290068154221302
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 0.9889721684404614 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 1985
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9939721684404614 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 19 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016673958074437962
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000127223690562559
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000127223690562559
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 0.9939721684404614 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 1993
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9989721684404614 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01592058681014862
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016937323323382714
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00016937323323382714
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 0.9989721684404614 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 1993
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010278315595385612 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029074271629070127
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003710728992665935
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003710728992665935
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010278315595385612 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 1993
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.001 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002837374247356337
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036588348382707634
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00036588348382707634
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 1.001 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 1993
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0019999999999998 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002816670531414687
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003638882697306656
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003638882697306656
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0019999999999998 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 1993
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0029999999999997 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0027970745676254437
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036179725142176266
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00036179725142176266
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0029999999999997 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 2001
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0039999999999996 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029145139694403354
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036540879368899935
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00036540879368899935
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0039999999999996 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 2001
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0049999999999994 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029377131802107927
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036943203632013423
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00036943203632013423
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0049999999999994 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 2001
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0059999999999993 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002919215881110091
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003692264219587571
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003692264219587571
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0059999999999993 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 2001
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0069999999999992 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00288927959315771
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036791373402472516
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00036791373402472516
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0069999999999992 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 2001
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0079999999999991 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002850898894160139
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003656230547036188
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003656230547036188
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0079999999999991 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 2001
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.008999999999999 ...
10-30-22 17:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028220713194580327
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:56  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003650087549765857
10-30-22 17:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003650087549765857
10-30-22 17:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Solved time: 1.008999999999999 s
10-30-22 17:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:56  PyFrac.controller.run                    INFO      Element in the crack: 2009
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:56  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.009999999999999 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002893641431037679
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00038114229482928865
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00038114229482928865
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.009999999999999 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2009
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0109999999999988 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002867490389181384
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003796559077434836
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003796559077434836
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0109999999999988 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2009
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0119999999999987 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028166309968317193
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003759010473577007
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003759010473577007
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0119999999999987 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2009
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0129999999999986 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03724135935624183
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00037302417171389377
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00037302417171389377
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0129999999999986 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2017
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0139999999999985 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028815641187021155
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003893701373171865
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003893701373171865
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0139999999999985 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2017
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0149999999999983 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028602636867292117
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00038850093053525823
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00038850093053525823
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0149999999999983 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2017
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0159999999999982 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0027969397890628047
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003837396628818368
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003837396628818368
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0159999999999982 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2017
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0169999999999981 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00272275302148806
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00037782902669277976
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00037782902669277976
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0169999999999981 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2017
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.017999999999998 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0026413835853430355
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00037081415417233643
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00037081415417233643
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.017999999999998 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2017
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.018999999999998 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0025611220021045968
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036387002308352123
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00036387002308352123
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.018999999999998 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2017
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0199999999999978 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0024801605069168886
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00035666871174491635
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00035666871174491635
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0199999999999978 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2017
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0209999999999977 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.037603176742578626
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003477816315174209
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003477816315174209
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0209999999999977 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0219999999999976 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0024850562487132065
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00035439452596065736
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00035439452596065736
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0219999999999976 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0229999999999975 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0024538660846179284
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00035233769008399915
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00035233769008399915
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0229999999999975 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0239999999999974 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0023854308899018406
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003470735828196325
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003470735828196325
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0239999999999974 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0249999999999972 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0023055196637087505
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003405246135371698
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003405246135371698
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0249999999999972 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0259999999999971 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0022211135919822313
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00033325272358347035
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00033325272358347035
10-30-22 17:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0259999999999971 s
10-30-22 17:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:57  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:57  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.026999999999997 ...
10-30-22 17:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:57  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0021347650972637668
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00032551834857194703
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00032551834857194703
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.026999999999997 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.027999999999997 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002047541907889183
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003174592770179174
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003174592770179174
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.027999999999997 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0289999999999968 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019599630359359564
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00030916039213678913
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00030916039213678913
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0289999999999968 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0299999999999967 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0018721462994034964
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00030064111124268323
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00030064111124268323
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0299999999999967 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0309999999999966 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017842161538031576
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029192793456118694
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00029192793456118694
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0309999999999966 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0319999999999965 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016961742884965504
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00028301759828039505
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00028301759828039505
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0319999999999965 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0329999999999964 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00160797434672844
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002738858858608495
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002738858858608495
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0329999999999964 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0339999999999963 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001519527261452538
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00026447789302189053
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00026447789302189053
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0339999999999963 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0349999999999961 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014306235589477722
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00025466016649531296
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00025466016649531296
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0349999999999961 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.035999999999996 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013413831256536923
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002443897920989713
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002443897920989713
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.035999999999996 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.036999999999996 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012520667581849664
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023367675129023268
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023367675129023268
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.036999999999996 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0379999999999958 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009973456094892442
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0009973456094892442
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0379999999999958 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0389999999999957 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009207600703531682
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0009207600703531682
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0389999999999957 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0399999999999956 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007635184759416802
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0007635184759416802
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0399999999999956 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0409999999999955 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006954102730108502
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0006954102730108502
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0409999999999955 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0419999999999954 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005523983342699524
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0005523983342699524
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0419999999999954 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0429999999999953 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00030588296481084856
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00030588296481084856
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0429999999999953 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0439999999999952 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002637183441474633
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0002637183441474633
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.0439999999999952 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.044999999999995 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003126020185001721
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0003126020185001721
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.044999999999995 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.045999999999995 ...
10-30-22 17:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.032179552917682e-05
10-30-22 17:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 6.032179552917682e-05
10-30-22 17:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Solved time: 1.045999999999995 s
10-30-22 17:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:58  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:58  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0469999999999948 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.4065707746933074e-05
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 3.4065707746933074e-05
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0469999999999948 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0479999999999947 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006384770324724798
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0006384770324724798
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0479999999999947 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0489999999999946 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00039191506985645217
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00039191506985645217
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0489999999999946 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0499999999999945 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00031112076735396955
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00031112076735396955
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0499999999999945 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0509999999999944 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000894626161833969
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.000894626161833969
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0509999999999944 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0519999999999943 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015530905206311729
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00015530905206311729
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0519999999999943 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0529999999999942 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000554496668778981
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.000554496668778981
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0529999999999942 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.053999999999994 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011724145883967196
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00011724145883967196
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.053999999999994 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.054999999999994 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.4210854715202004e-14
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.4210854715202004e-14
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.054999999999994 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0559999999999938 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008000226272141475
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0008000226272141475
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0559999999999938 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0569999999999937 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000756427679003977
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.000756427679003977
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0569999999999937 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0579999999999936 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.0046706369024604e-05
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.0046706369024604e-05
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0579999999999936 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0589999999999935 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0589999999999935 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0599999999999934 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014978821374190688
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.40525364507505e-05
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.40525364507505e-05
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0599999999999934 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0609999999999933 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021237772405321208
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00021237772405321208
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0609999999999933 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0619999999999932 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0619999999999932 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.062999999999993 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006273803062565974
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0006273803062565974
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.062999999999993 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.063999999999993 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0022086389687839157
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018336992948334797
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00018336992948334797
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.063999999999993 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0649999999999928 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004984111759574006
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0004984111759574006
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0649999999999928 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0659999999999927 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036300412132554526
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00036300412132554526
10-30-22 17:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Solved time: 1.0659999999999927 s
10-30-22 17:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:59  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 17:59  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0669999999999926 ...
10-30-22 17:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.851281185023538e-05
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 5.851281185023538e-05
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0669999999999926 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0679999999999925 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0679999999999925 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0689999999999924 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0689999999999924 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0699999999999923 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0699999999999923 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0709999999999922 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022901331563950577
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00022901331563950577
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0709999999999922 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.071999999999992 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011882855800750746
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017197953743905002
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002078081195219994
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002078081195219994
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.071999999999992 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.072999999999992 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021052457493709654
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00021052457493709654
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.072999999999992 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0739999999999919 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0739999999999919 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0749999999999917 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0749999999999917 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0759999999999916 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.5579538487363606e-15
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 2.5579538487363606e-15
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0759999999999916 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0769999999999915 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016582166250611152
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017432047905181492
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00017432047905181492
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0769999999999915 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0779999999999914 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017064786056138814
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00017064786056138814
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0779999999999914 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0789999999999913 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0789999999999913 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0799999999999912 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0799999999999912 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.080999999999991 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010357313945725366
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000940795283885194
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000940795283885194
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.080999999999991 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.081999999999991 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007320615792604457
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0007320615792604457
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.081999999999991 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0829999999999909 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003642966326216879
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0003642966326216879
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0829999999999909 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0839999999999907 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0839999999999907 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0849999999999906 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0849999999999906 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0859999999999905 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0859999999999905 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0869999999999904 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0869999999999904 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0879999999999903 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0879999999999903 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0889999999999902 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0889999999999902 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.08999999999999 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.08999999999999 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.09099999999999 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.09099999999999 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0919999999999899 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0919999999999899 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0929999999999898 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008347969846612813
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0008347969846612813
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0929999999999898 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0939999999999896 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016122798925866989
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003665828764263068
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003665828764263068
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0939999999999896 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0949999999999895 ...
10-30-22 18:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:00  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:00  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017106188947764168
10-30-22 18:00  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00017106188947764168
10-30-22 18:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Solved time: 1.0949999999999895 s
10-30-22 18:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:00  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:00  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0959999999999894 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:01  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008729256508612337
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0008729256508612337
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.0959999999999894 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0969999999999893 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.0969999999999893 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0979999999999892 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.0979999999999892 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.098999999999989 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.098999999999989 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.099999999999989 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.099999999999989 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1009999999999889 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1009999999999889 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1019999999999888 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1019999999999888 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1029999999999887 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1029999999999887 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1039999999999885 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1039999999999885 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1049999999999884 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1049999999999884 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1059999999999883 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1059999999999883 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1069999999999882 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1069999999999882 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.107999999999988 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.107999999999988 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.108999999999988 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.108999999999988 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1099999999999879 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1099999999999879 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1109999999999878 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1109999999999878 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1119999999999877 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1119999999999877 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1129999999999876 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1129999999999876 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1139999999999874 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1139999999999874 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1149999999999873 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1149999999999873 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1159999999999872 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1159999999999872 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1169999999999871 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1169999999999871 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.117999999999987 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.117999999999987 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.118999999999987 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.118999999999987 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1199999999999868 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1199999999999868 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1209999999999867 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1209999999999867 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1219999999999866 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1219999999999866 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1229999999999865 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1229999999999865 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1239999999999863 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1239999999999863 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1249999999999862 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1249999999999862 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1259999999999861 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1259999999999861 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.126999999999986 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.126999999999986 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.127999999999986 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.127999999999986 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1289999999999858 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1289999999999858 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1299999999999857 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1299999999999857 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1309999999999856 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1309999999999856 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1319999999999855 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1319999999999855 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1329999999999854 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1329999999999854 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1339999999999852 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1339999999999852 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1349999999999851 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1349999999999851 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.135999999999985 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.135999999999985 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.136999999999985 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.136999999999985 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1379999999999848 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1379999999999848 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1389999999999847 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1389999999999847 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1399999999999846 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1399999999999846 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1409999999999845 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1409999999999845 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1419999999999844 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1419999999999844 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1429999999999843 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1429999999999843 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1439999999999841 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1439999999999841 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.144999999999984 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.144999999999984 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.145999999999984 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.145999999999984 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1469999999999838 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1469999999999838 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1479999999999837 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1479999999999837 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1489999999999836 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1489999999999836 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1499999999999835 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1499999999999835 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1509999999999834 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1509999999999834 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1519999999999833 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1519999999999833 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1529999999999831 ...
10-30-22 18:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1529999999999831 s
10-30-22 18:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:01  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:01  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.153999999999983 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.153999999999983 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.154999999999983 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.154999999999983 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1559999999999828 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1559999999999828 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1569999999999827 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1569999999999827 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1579999999999826 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1579999999999826 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1589999999999825 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1589999999999825 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1599999999999824 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1599999999999824 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1609999999999823 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1609999999999823 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1619999999999822 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1619999999999822 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.162999999999982 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.162999999999982 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.163999999999982 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.163999999999982 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1649999999999818 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1649999999999818 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1659999999999817 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1659999999999817 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1669999999999816 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1669999999999816 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1679999999999815 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1679999999999815 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1689999999999814 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1689999999999814 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1699999999999813 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1699999999999813 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1709999999999812 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1709999999999812 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.171999999999981 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.171999999999981 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.172999999999981 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.172999999999981 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1739999999999808 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1739999999999808 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1749999999999807 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1749999999999807 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1759999999999806 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1759999999999806 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1769999999999805 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1769999999999805 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1779999999999804 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1779999999999804 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1789999999999803 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1789999999999803 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1799999999999802 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1799999999999802 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.18099999999998 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.18099999999998 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.18199999999998 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.18199999999998 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1829999999999798 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1829999999999798 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1839999999999797 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1839999999999797 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1849999999999796 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1849999999999796 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1859999999999795 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1859999999999795 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1869999999999794 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1869999999999794 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1879999999999793 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1879999999999793 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1889999999999792 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1889999999999792 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.189999999999979 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.189999999999979 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.190999999999979 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.190999999999979 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1919999999999789 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1919999999999789 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1929999999999787 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1929999999999787 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1939999999999786 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1939999999999786 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1949999999999785 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1949999999999785 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1959999999999784 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1959999999999784 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1969999999999783 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1969999999999783 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1979999999999782 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.1979999999999782 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.198999999999978 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.198999999999978 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.199999999999978 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.199999999999978 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2009999999999779 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2009999999999779 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2019999999999778 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2019999999999778 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2029999999999776 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2029999999999776 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2039999999999775 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2039999999999775 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2049999999999774 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2049999999999774 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2059999999999773 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2059999999999773 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2069999999999772 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2069999999999772 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.207999999999977 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.207999999999977 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.208999999999977 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.208999999999977 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2099999999999769 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2099999999999769 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2109999999999768 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2109999999999768 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2119999999999767 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2119999999999767 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2129999999999765 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2129999999999765 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2139999999999764 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2139999999999764 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2149999999999763 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2149999999999763 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2159999999999762 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2159999999999762 s
10-30-22 18:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:02  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:02  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.216999999999976 ...
10-30-22 18:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.216999999999976 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.217999999999976 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.217999999999976 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2189999999999759 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2189999999999759 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2199999999999758 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2199999999999758 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2209999999999757 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2209999999999757 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2219999999999756 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2219999999999756 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2229999999999754 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2229999999999754 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2239999999999753 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2239999999999753 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2249999999999752 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2249999999999752 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.225999999999975 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.225999999999975 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.226999999999975 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.226999999999975 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.227999999999975 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.227999999999975 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2289999999999748 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2289999999999748 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2299999999999747 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2299999999999747 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2309999999999746 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2309999999999746 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2319999999999744 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2319999999999744 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2329999999999743 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2329999999999743 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2339999999999742 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2339999999999742 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2349999999999741 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2349999999999741 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.235999999999974 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.235999999999974 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.236999999999974 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.236999999999974 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2379999999999738 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2379999999999738 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2389999999999737 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2389999999999737 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2399999999999736 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2399999999999736 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2409999999999735 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2409999999999735 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2419999999999733 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2419999999999733 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2429999999999732 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2429999999999732 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2439999999999731 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2439999999999731 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.244999999999973 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.244999999999973 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.245999999999973 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.245999999999973 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2469999999999728 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2469999999999728 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2479999999999727 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2479999999999727 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2489999999999726 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2489999999999726 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2499999999999725 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2499999999999725 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2509999999999724 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2509999999999724 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2519999999999722 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2519999999999722 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2529999999999721 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2529999999999721 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.253999999999972 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.253999999999972 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.254999999999972 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.254999999999972 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2559999999999718 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2559999999999718 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2569999999999717 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2569999999999717 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2579999999999716 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2579999999999716 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2589999999999715 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2589999999999715 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2599999999999714 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2599999999999714 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2609999999999713 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2609999999999713 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2619999999999711 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2619999999999711 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.262999999999971 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.262999999999971 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.263999999999971 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.263999999999971 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2649999999999708 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2649999999999708 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2659999999999707 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2659999999999707 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2669999999999706 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2669999999999706 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2679999999999705 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2679999999999705 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2689999999999704 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2689999999999704 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2699999999999703 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2699999999999703 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2709999999999702 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2709999999999702 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.27199999999997 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.27199999999997 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.27299999999997 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.27299999999997 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2739999999999698 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2739999999999698 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2749999999999697 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2749999999999697 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2759999999999696 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2759999999999696 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2769999999999695 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2769999999999695 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2779999999999694 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2779999999999694 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2789999999999693 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2789999999999693 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2799999999999692 ...
10-30-22 18:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2799999999999692 s
10-30-22 18:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:03  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:03  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.280999999999969 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.280999999999969 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.281999999999969 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.281999999999969 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2829999999999688 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2829999999999688 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2839999999999687 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2839999999999687 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2849999999999686 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2849999999999686 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2859999999999685 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2859999999999685 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2869999999999684 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2869999999999684 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2879999999999683 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2879999999999683 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2889999999999682 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2889999999999682 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.289999999999968 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.289999999999968 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.290999999999968 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.290999999999968 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2919999999999678 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2919999999999678 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2929999999999677 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2929999999999677 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2939999999999676 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2939999999999676 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2949999999999675 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2949999999999675 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2959999999999674 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2959999999999674 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2969999999999673 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2969999999999673 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2979999999999672 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2979999999999672 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.298999999999967 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.298999999999967 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.299999999999967 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.299999999999967 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.3084646133829665e-14 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 3.3084646133829665e-14 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000000662 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.616929226765933e-14 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000000662 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 6.616929226765933e-14 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000001986 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.3233858453531866e-13 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000001986 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 1.3233858453531866e-13 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000004632 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.646771690706373e-13 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000004632 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 2.646771690706373e-13 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000009926 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 5.293543381412746e-13 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000009926 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 5.293543381412746e-13 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000020513 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.0587086762825493e-12 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000020513 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 1.0587086762825493e-12 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000041687 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.1174173525650986e-12 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000041687 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 2.1174173525650986e-12 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000084035 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.234834705130197e-12 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000084035 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 4.234834705130197e-12 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000168732 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.469669410260394e-12 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000168732 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 8.469669410260394e-12 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000338126 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.693933882052079e-11 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000338126 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 1.693933882052079e-11 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000676912 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.387867764104158e-11 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000676912 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 3.387867764104158e-11 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000001354486 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.775735528208315e-11 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000001354486 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 6.775735528208315e-11 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000002709633 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.355147105641663e-10 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000002709633 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 1.355147105641663e-10 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000005419927 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.710294211283326e-10 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000005419927 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 2.710294211283326e-10 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000010840516 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 5.420588422566652e-10 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000010840516 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 5.420588422566652e-10 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000021681692 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.0841176845133305e-09 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000021681692 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 1.0841176845133305e-09 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000043364046 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.168235369026661e-09 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000043364046 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 2.168235369026661e-09 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000086728754 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.336470738053322e-09 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000086728754 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 4.336470738053322e-09 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000173458168 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.672941476106644e-09 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000173458168 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 8.672941476106644e-09 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000346916998 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.7345882952213287e-08 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000346916998 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 1.7345882952213287e-08 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000693834657 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.4691765904426575e-08 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000693834657 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 3.4691765904426575e-08 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000001387669975 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.938353180885315e-08 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000001387669975 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 6.938353180885315e-08 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300000277534061 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.387670636177063e-07 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.300000277534061 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 1.387670636177063e-07 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000005550681883 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.775341272354126e-07 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000005550681883 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 2.775341272354126e-07 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000011101364428 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 5.550682544708252e-07 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000011101364428 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 5.550682544708252e-07 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000022202729518 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.1101365089416504e-06 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000022202729518 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 1.1101365089416504e-06 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000044405459696 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.2202730178833008e-06 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000044405459696 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 2.2202730178833008e-06 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000088810920054 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.4405460357666016e-06 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000088810920054 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 4.4405460357666016e-06 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300017762184077 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.881092071533203e-06 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.300017762184077 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 8.881092071533203e-06 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.30003552436822 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.7762184143066406e-05 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.30003552436822 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 1.7762184143066406e-05 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000710487365061 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.552436828613281e-05 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3000710487365061 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 3.552436828613281e-05 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3001420974730784 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 7.104873657226562e-05 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3001420974730784 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 7.104873657226562e-05 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300284194946223 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00014209747314453125 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.300284194946223 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.00014209747314453125 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300568389892512 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002841949462890625 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.300568389892512 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002841949462890625 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3011367797850901 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000568389892578125 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3011367797850901 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.000568389892578125 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3022735595702464 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00113677978515625 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3022735595702464 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.00113677978515625 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3045471191405589 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022735595703125 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3045471191405589 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022735595703125 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.305 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004528808594410627 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.305 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004528808594410627 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.305905761718882 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009057617188821254 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.305905761718882 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009057617188821254 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3077172851566463 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018115234377642508 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3077172851566463 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018115234377642508 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3099999999999998 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002282714843353517 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3099999999999998 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.002282714843353517 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3145654296867069 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004565429686707034 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3145654296867069 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.004565429686707034 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3149999999999997 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004345703132928591 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3149999999999997 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004345703132928591 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3158691406265854 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008691406265857182 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3158691406265854 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008691406265857182 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3176074218797569 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017382812531714364 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3176074218797569 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017382812531714364 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3199999999999996 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023925781202427387 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3199999999999996 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023925781202427387 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3249999999999995 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3249999999999995 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3299999999999994 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3299999999999994 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3349999999999993 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3349999999999993 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3399999999999992 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3399999999999992 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.344999999999999 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.344999999999999 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.349999999999999 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.349999999999999 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3549999999999989 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3549999999999989 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3599999999999988 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3599999999999988 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3649999999999987 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3649999999999987 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3699999999999986 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Solved time: 1.3699999999999986 s
10-30-22 18:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:04  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:04  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3749999999999984 ...
10-30-22 18:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:04  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3749999999999984 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3799999999999983 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3799999999999983 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3849999999999982 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3849999999999982 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3899999999999981 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3899999999999981 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.394999999999998 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.394999999999998 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.399999999999998 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.399999999999998 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4049999999999978 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4049999999999978 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4099999999999977 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4099999999999977 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4149999999999976 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4149999999999976 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4199999999999975 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4199999999999975 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4249999999999974 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4249999999999974 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4299999999999973 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4299999999999973 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4349999999999972 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4349999999999972 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.439999999999997 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.439999999999997 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.444999999999997 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.444999999999997 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4499999999999968 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4499999999999968 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4549999999999967 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4549999999999967 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4599999999999966 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4599999999999966 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4649999999999965 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4649999999999965 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4699999999999964 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4699999999999964 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4749999999999963 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4749999999999963 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4799999999999962 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4799999999999962 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.484999999999996 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.484999999999996 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.489999999999996 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.489999999999996 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4949999999999959 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4949999999999959 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4999999999999958 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.4999999999999958 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5049999999999957 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.5049999999999957 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5099999999999956 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.5099999999999956 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5149999999999955 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.5149999999999955 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5199999999999954 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.5199999999999954 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5249999999999952 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.5249999999999952 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5299999999999951 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.5299999999999951 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.534999999999995 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.534999999999995 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.539999999999995 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.539999999999995 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5449999999999948 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.5449999999999948 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5499999999999947 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.5499999999999947 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5549999999999946 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.5549999999999946 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5599999999999945 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.5599999999999945 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5649999999999944 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.5649999999999944 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5699999999999943 ...
10-30-22 18:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:05  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:05  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Solved time: 1.5699999999999943 s
10-30-22 18:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:05  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:05  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5749999999999942 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.5749999999999942 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.579999999999994 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.579999999999994 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.584999999999994 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.584999999999994 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5897442542653901 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00474425426539606 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.5897442542653901 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.004744254265396153 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5899999999999939 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002557457346037406 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.5899999999999939 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002557457346037406 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5905114914692013 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005114914692074812 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.5905114914692013 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005114914692074812 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5915344744076163 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010229829384149625 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.5915344744076163 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010229829384149625 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5935804402844462 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002045965876829925 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.5935804402844462 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.002045965876829925 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5949999999999938 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014195597155475248 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.5949999999999938 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014195597155475248 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5978391194310888 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0028391194310950496 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.5978391194310888 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0028391194310950496 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5999999999999936 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002160880568904844 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.5999999999999936 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.002160880568904844 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6043217611378033 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004321761137809688 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6043217611378033 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.004321761137809688 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6049999999999935 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006782388621902058 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6049999999999935 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006782388621902058 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.606356477724374 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013564777243804116 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.606356477724374 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013564777243804116 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6090694331731348 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002712955448760823 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6090694331731348 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.002712955448760823 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6099999999999934 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009305668268586587 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6099999999999934 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009305668268586587 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6118611336537108 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018611336537173173 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6118611336537108 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018611336537173173 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6149999999999933 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003138866346282576 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6149999999999933 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.003138866346282576 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6191153165637304 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004115316563737057 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6191153165637304 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0041153165637370925 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6199999999999932 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008846834362628009 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6199999999999932 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008846834362628009 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6217693668725188 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017693668725256018 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6217693668725188 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017693668725256018 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6249999999999931 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0032306331274742917 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6249999999999931 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0032306331274742917 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6290143249651923 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004014324965199142 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6290143249651923 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.004014324965199156 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.629999999999993 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000985675034800737 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.629999999999993 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.000985675034800737 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6319713500695945 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001971350069601474 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6319713500695945 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.001971350069601474 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.634999999999993 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0030286499303984193 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.634999999999993 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0030286499303984193 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6387615610749633 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0037615610749704032 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6387615610749633 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0037615610749703876 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6399999999999928 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012384389250295058 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6399999999999928 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012384389250295058 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6424768778500518 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024768778500590116 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6424768778500518 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024768778500590116 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6449999999999927 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002523122149940882 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6449999999999927 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.002523122149940882 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.648637570277491 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0036375702774982827 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.648637570277491 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0036375702774982255 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6499999999999926 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001362429722501668 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6499999999999926 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.001362429722501668 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.652724859444996 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002724859445003336 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.652724859444996 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.002724859445003336 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6549999999999925 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022751405549965575 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6549999999999925 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022751405549965575 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.65834265718149 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003342657181497593 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.65834265718149 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0033426571814976214 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6599999999999924 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001657342818502272 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6599999999999924 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.001657342818502272 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6632776317732307 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003277631773238267 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6632776317732307 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0032776317732383653 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6649999999999923 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017223682267615281 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6649999999999923 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017223682267615281 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6681193850377567 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003119385037764521 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6681193850377567 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0031193850377644328 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6699999999999922 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018806149622354607 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6699999999999922 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018806149622354607 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6730319150417665 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0030319150417742764 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6730319150417665 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.003031915041774358 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.674999999999992 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019680849582255355 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.674999999999992 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019680849582255355 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6779619740089529 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002961974008960855 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 27 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6779619740089529 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0029619740089608104 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.679999999999992 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002038025991039083 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.679999999999992 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.002038025991039083 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6828785845324852 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002878584532493254 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6828785845324852 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0028785845324932335 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6849999999999918 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00212141546750666 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6849999999999918 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.00212141546750666 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6877542451103031 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0027542451103113627 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6877542451103031 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.002754245110311304 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6899999999999917 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022457548896885893 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.6899999999999917 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022457548896885893 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.692663625875393 ...
10-30-22 18:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002663625875401386 sec...
10-30-22 18:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Solved time: 1.692663625875393 s
10-30-22 18:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0026636258754013653 s
10-30-22 18:06  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:06  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6949999999999916 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002336374124598528 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.6949999999999916 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.002336374124598528 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6976306988668193 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002630698866827595 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.6976306988668193 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.002630698866827652 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6999999999999915 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023693011331722413 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.6999999999999915 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023693011331722413 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7024529860729047 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024529860729132517 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7024529860729047 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024529860729132213 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7049999999999914 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002547013927086672 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7049999999999914 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.002547013927086672 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.707326620482748 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002326620482756493 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.707326620482748 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023266204827565584 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7096656512739528 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023390307912047746 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7096656512739528 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.002339030791204788 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7099999999999913 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00033434872603854693 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7099999999999913 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.00033434872603854693 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7106686974520684 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006686974520770939 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7106686974520684 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006686974520770939 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7120060923562226 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013373949041541877 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7120060923562226 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013373949041541877 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.714195333733598 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021892413773754813 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.714195333733598 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.002189241377375417 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7149999999999912 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008046662663931947 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7149999999999912 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008046662663931947 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7166093325327776 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016093325327863894 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7166093325327776 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016093325327863894 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.718774124817939 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021647922851614184 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.718774124817939 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.00216479228516131 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.719999999999991 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001225875182052194 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.719999999999991 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.001225875182052194 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7220490301057263 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0020490301057351527 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7220490301057263 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020490301057352056 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7240855672663122 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002036537160585995 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7240855672663122 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020365371605859384 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.724999999999991 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009144327336787494 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.724999999999991 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009144327336787494 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7268288654673485 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018288654673574989 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7268288654673485 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018288654673574989 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7287096610761181 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018807956087695404 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7287096610761181 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018807956087696365 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7299999999999909 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001290338923872758 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7299999999999909 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.001290338923872758 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7318551616150166 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018551616150256668 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7318551616150166 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018551616150257466 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7337234065951967 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018682449801801855 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7337234065951967 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018682449801801226 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7349999999999908 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012765934047940242 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7349999999999908 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012765934047940242 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7367782995312215 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017782995312308433 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7367782995312215 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017782995312307648 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7385205894924847 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017422899612630667 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7385205894924847 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017422899612631326 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7399999999999907 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001479410507505996 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7399999999999907 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.001479410507505996 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7416151311820567 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016151311820660184 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7416151311820567 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016151311820660208 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7432480770909249 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016329459088681685 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7432480770909249 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016329459088681997 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7448852354142603 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016371583233353313 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7448852354142603 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016371583233354414 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7449999999999906 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00011476458573023152 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7449999999999906 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.00011476458573023152 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.745229529171451 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00022952917146046303 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.745229529171451 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.00022952917146046303 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.745688587514372 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00045905834292092607 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.745688587514372 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.00045905834292092607 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7466067042002138 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009181166858418521 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7466067042002138 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009181166858418521 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7481614894964181 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0015547852962043537 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7481614894964181 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0015547852962043418 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7496546471818473 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014931576854291789 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7496546471818473 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.001493157685429125 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7499999999999905 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003453528181431853 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7499999999999905 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003453528181431853 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7506907056362768 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006907056362863706 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7506907056362768 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006907056362863706 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7520721169088496 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013814112725727412 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7520721169088496 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013814112725727412 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.75351094953776 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014388326289104568 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.75351094953776 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014388326289105358 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7548928220391875 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013818725014273657 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7548928220391875 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013818725014274058 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7549999999999903 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00010717796080284003 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7549999999999903 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.00010717796080284003 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.755214355921596 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00021435592160568007 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.755214355921596 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.00021435592160568007 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7556430677648074 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00042871184321136013 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7556430677648074 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.00042871184321136013 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.75650049145123 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008574236864227203 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.75650049145123 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008574236864227203 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7577968020254544 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012963105742242837 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7577968020254544 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.001296310574224302 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.759073076085616 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012762740601614418 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.759073076085616 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012762740601615086 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7599999999999902 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009269239143743224 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7599999999999902 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009269239143743224 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7612692510185513 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001269251018560992 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7612692510185513 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012692510185610129 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7625216852224743 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012524342039230644 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7625216852224743 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012524342039230696 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7637761662679696 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012544810454953995 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7637761662679696 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012544810454953037 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7649999999999901 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012238337320205073 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7649999999999901 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012238337320205073 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7661562362476408 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001156236247650738 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7661562362476408 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011562362476507104 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.767266621211252 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001110384963611173 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.767266621211252 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011103849636111551 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7683974378986003 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011308166873482983 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7683974378986003 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011308166873482683 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7694833877139495 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001085949815349192 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7694833877139495 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.001085949815349263 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.76999999999999 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005166122860404965 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.76999999999999 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005166122860404965 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.771033224572071 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001033224572080993 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.771033224572071 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.001033224572080993 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7720809482163347 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010477236442635717 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7720809482163347 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010477236442636428 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7731204038451036 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00103945562876894 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7731204038451036 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010394556287689483 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7741353893772644 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010149855321609437 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7741353893772644 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010149855321608392 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.77499999999999 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008646106227254702 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.77499999999999 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008646106227254702 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7759742767364755 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009742767364855657 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7759742767364755 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009742767364855354 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7769098384650965 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009355617286210072 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7769098384650965 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009355617286210816 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7778082330718952 ...
10-30-22 18:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008983946067986552 sec...
10-30-22 18:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Solved time: 1.7778082330718952 s
10-30-22 18:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008983946067986359 s
10-30-22 18:07  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:07  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7787350991344761 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009268660625808881 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7787350991344761 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009268660625809666 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7796419840429067 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009068849084305218 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7796419840429067 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009068849084306052 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7799999999999898 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00035801595708306877 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7799999999999898 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00035801595708306877 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.780716031914156 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007160319141661375 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.780716031914156 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007160319141661375 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.781544204705829 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008281727916729909 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.781544204705829 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008281727916730208 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.782370643277944 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008264385721150694 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.782370643277944 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008264385721150624 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7831642188522432 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007935755742992097 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7831642188522432 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007935755742991546 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7839572987656038 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007930799133607216 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7839572987656038 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007930799133606392 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.784751132851151 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007938340855471169 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.784751132851151 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007938340855471182 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7849999999999897 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002488671488387606 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7849999999999897 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002488671488387606 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7854977342976672 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004977342976775212 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7854977342976672 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004977342976775212 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7862468251903187 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007490908926515524 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7862468251903187 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007490908926515161 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7869985702351463 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007517450448274826 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7869985702351463 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007517450448275564 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7877204053922726 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007218351571262071 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7877204053922726 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.000721835157126316 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7884135178646956 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006931124724230223 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7884135178646956 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006931124724229853 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7891104287678945 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006969109031989842 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7891104287678945 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006969109031988996 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7897796003341138 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006691715662192672 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7897796003341138 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006691715662192621 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7899999999999896 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002203996658758367 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7899999999999896 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002203996658758367 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7904407993317413 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004407993317516734 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7904407993317413 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004407993317516734 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.79108704694993 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006462476181887979 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.79108704694993 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006462476181887666 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7917075438117482 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000620496861818288 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7917075438117482 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006204968618181983 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7923341869313483 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006266431195999242 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7923341869313483 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006266431196000344 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7929863445680392 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006521576366908641 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7929863445680392 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006521576366909088 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7936305219866489 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006441774186096539 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7936305219866489 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006441774186096705 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7942490501255848 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006185281389359626 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7942490501255848 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006185281389359254 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.794842947303316 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000593897177731271 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.794842947303316 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.000593897177731284 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7949999999999895 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00015705269667343202 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7949999999999895 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00015705269667343202 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7953141053933364 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00031410539334686405 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7953141053933364 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00031410539334686405 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7958655998806512 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005514944873148943 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7958655998806512 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005514944873148409 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7964272770524687 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005616771718174772 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7964272770524687 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005616771718175428 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7969665751882753 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005392981358065581 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7969665751882753 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005392981358065541 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7974843850111382 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000517809822862886 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7974843850111382 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005178098228628691 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7979815594994175 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004971744882794396 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7979815594994175 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004971744882793505 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7984896969236608 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005081374242433223 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7984896969236608 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005081374242432712 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7989775807041928 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00048788378053188884 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7989775807041928 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00048788378053199466 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7994781988497355 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005006181455426286 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7994781988497355 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005006181455426972 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7999588618411562 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00048066299142060184 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7999588618411562 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00048066299142068836 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7999999999999894 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.113815883322047e-05 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.7999999999999894 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 4.113815883322047e-05 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8000822763176558 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.227631766644095e-05 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8000822763176558 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 8.227631766644095e-05 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8002468289529887 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001645526353328819 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8002468289529887 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001645526353328819 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8005759342236545 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003291052706657638 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8005759342236545 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003291052706657638 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8010128430863335 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00043690886267891513 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8010128430863335 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004369088626789974 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8014631687998075 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00045032571347406033 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8014631687998075 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004503257134740313 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8019120162691153 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004488474693079504 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8019120162691153 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004488474693078448 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8023429665202564 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004309502511410221 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8023429665202564 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004309502511410379 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8027907614914138 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004477949711575175 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8027907614914138 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004477949711574336 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.803220699894304 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00042993840289006586 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.803220699894304 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00042993840289007323 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.803633493740617 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00041279384631328866 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.803633493740617 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004127938463132086 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8040298246594821 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00039633091886512155 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8040298246594821 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003963309188650399 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8044266292285998 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003968045691176773 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8044266292285998 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00039680456911761475 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8048076057620674 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003809765334677826 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8048076057620674 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003809765334676918 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8049999999999893 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00019239423792183352 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8049999999999893 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00019239423792183352 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8053581127996647 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000358112799675488 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8053581127996647 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003581127996754585 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.805733932105925 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003758193062602887 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.805733932105925 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00037581930626018334 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.806094757311633 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00036082520570809504 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.806094757311633 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00036082520570812626 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8064411867902836 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003464294786506665 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8064411867902836 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003464294786506006 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8067737934483665 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003326066580828671 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8067737934483665 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00033260665808287904 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8070931275052913 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00031933405692479767 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8070931275052913 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00031933405692474714 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8074310462446672 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003379187393759376 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8074310462446672 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00033791873937594197 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8077554793628414 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00032443311817421716 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8077554793628414 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003244331181742055 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8080669652907906 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003114859279490815 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8080669652907906 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003114859279491622 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.808419766651749 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00035280136095842046 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.808419766651749 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.000352801360958388 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8087584888124402 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003387221606911975 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8087584888124402 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003387221606911961 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8090836949647926 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003252061523524967 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8090836949647926 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003252061523524308 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8093959231716235 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00031222820683076487 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8093959231716235 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003122282068308557 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8096956901754164 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00029976700379298133 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8096956901754164 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002997670037929723 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8099834922351572 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002878020597406815 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8099834922351572 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00028780205974077155 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8099999999999892 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.650776483197447e-05 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8099999999999892 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 1.650776483197447e-05 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8100330155296531 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.301552966394894e-05 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8100330155296531 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 3.301552966394894e-05 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.810099046588981 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.603105932789788e-05 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.810099046588981 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 6.603105932789788e-05 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8102311087076368 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00013206211865579576 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8102311087076368 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00013206211865579576 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8104952329449484 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002641242373115915 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8104952329449484 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002641242373115915 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8107511168832502 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00025588393830187076 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8107511168832502 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002558839383017819 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8109967841172205 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00024566723397042667 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8109967841172205 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00024566723397034806 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8112645747122624 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002677905950418433 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8112645747122624 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002677905950418946 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8115216729556651 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002570982434026996 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8115216729556651 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00025709824340269805 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8117685062050215 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002468332493563671 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Solved time: 1.8117685062050215 s
10-30-22 18:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.00024683324935637074 s
10-30-22 18:08  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:08  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8120054835755972 ...
10-30-22 18:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002369773705756346 sec...
10-30-22 18:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:08  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8120054835755972 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00023697737057570833 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8122494700463874 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00024398647079019805 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8122494700463874 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00024398647079015845 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8124837135182588 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002342434718714642 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8124837135182588 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00023424347187139816 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8127086029735546 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00022488945529580261 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8127086029735546 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00022488945529586246 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8129608227066787 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00025221973312397844 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8129608227066787 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00025221973312405943 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8132251208174937 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002642981108148864 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8132251208174937 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00026429811081496446 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8134788661947716 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00025374537727806566 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8134788661947716 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00025374537727795854 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8137224802548848 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002436140601132304 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8137224802548848 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002436140601131953 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.813956366800339 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00023388654545408673 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.813956366800339 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00023388654545408727 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8141809135952518 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002245467949129307 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8141809135952518 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002245467949129054 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8143964929979497 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00021557940269791373 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8143964929979497 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00021557940269789633 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8146034625689806 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00020696957103089462 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8146034625689806 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00020696957103094604 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.814802165655461 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001987030864803193 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.814802165655461 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00019870308648028967 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.814999999999989 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00019783434452813609 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.814999999999989 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00019783434452813609 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8152252022650246 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00022520226503543897 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8152252022650246 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00022520226503552898 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.815441409838597 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00021620757357228933 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.815441409838597 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00021620757357232456 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.815648982567106 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00020757272850908094 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.815648982567106 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002075727285091311 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.815848264789265 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00019928222215910468 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.815848264789265 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00019928222215903624 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8160395871529893 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00019132236372415372 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8160395871529893 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00019132236372421119 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8162232671565044 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00018368000351500359 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8162232671565044 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001836800035150965 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8163996096683572 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00017634251185277275 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8163996096683572 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001763425118528339 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8165689074270972 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001692977587400217 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8165689074270972 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00016929775873997244 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.816777278335742 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002083709086448794 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.816777278335742 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00020837090864489483 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8169773254955672 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002000471598250698 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8169773254955672 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002000471598251341 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8171693823372161 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00019205684164894573 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8171693823372161 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00019205684164891323 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8173838377343317 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00021445539711557337 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8173838377343317 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00021445539711550943 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8175897272573707 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00020588952303893452 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8175897272573707 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00020588952303901564 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8177873934934707 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001976662361001096 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8177873934934707 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00019766623610006917 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8180138577865388 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00022646429306801095 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8180138577865388 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002264642930680516 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.818231277149878 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002174193633392329 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.818231277149878 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00021741936333929957 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8184400135111296 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002087363612514806 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8184400135111296 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00020873636125151585 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8186404131105873 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00020039959945766968 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8186404131105873 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00020039959945772345 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8188328084236285 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00019239531304121702 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8188328084236285 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00019239531304116042 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8190175187046307 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00018471028100228105 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8190175187046307 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00018471028100219833 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8191948505096927 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00017733180506201383 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8191948505096927 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00017733180506196433 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8193650981989322 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00017024768923947438 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8193650981989322 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00017024768923956657 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8196290733550395 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002639751561072188 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8196290733550395 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00026397515610732114 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.819882505814794 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002534324597544292 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.819882505814794 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002534324597545101 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.819999999999989 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00011749418519491073 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.819999999999989 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00011749418519491073 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8202349883703788 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00023498837038982145 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8202349883703788 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00023498837038982145 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8205661651095428 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003311767391640868 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8205661651095428 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003311767391640519 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.820884121926372 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00031795681682926454 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.820884121926372 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003179568168292235 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.821189391043117 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000305269116744963 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.821189391043117 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00030526911674488844 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8217025703130592 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005131792699422641 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8217025703130592 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00051317926994221 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8221952841528137 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004927138397545695 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8221952841528137 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004927138397545772 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8231807118323229 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009854276795091543 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8231807118323229 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009854276795091543 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8249999999999889 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018192881676659667 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8249999999999889 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018192881676659667 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8286385763353208 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0036385763353319334 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8286385763353208 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0036385763353319334 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8299999999999887 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00136142366466796 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8299999999999887 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00136142366466796 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8327228473293247 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00272284732933592 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8327228473293247 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.00272284732933592 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8349999999999886 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022771526706639733 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8349999999999886 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022771526706639733 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8394858634722842 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004485863472295516 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8394858634722842 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004485863472295515 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8399999999999885 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005141365277043786 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8399999999999885 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005141365277043786 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8410282730553973 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010282730554087571 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8410282730553973 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010282730554087571 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8430848191662148 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0020565461108175143 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8430848191662148 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020565461108175143 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8449999999999884 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001915180833773622 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8449999999999884 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.001915180833773622 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8488303616675357 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003830361667547244 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8488303616675357 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.003830361667547244 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8499999999999883 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011696383324526494 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8499999999999883 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011696383324526494 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8523392766648936 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023392766649052987 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8523392766648936 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023392766649052987 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8549999999999882 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0026607233350945947 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8549999999999882 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0026607233350945947 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8587347024171954 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003734702417207186 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8587347024171954 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.003734702417207192 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.859999999999988 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012652975827927015 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.859999999999988 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012652975827927015 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8625305951655735 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002530595165585403 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8625305951655735 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.002530595165585403 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.864999999999988 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024694048344144903 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.864999999999988 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024694048344144903 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8683562559541087 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003356255954120803 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8683562559541087 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0033562559541207015 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.869999999999988 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016437440458791919 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.869999999999988 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016437440458791919 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8731674196845212 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0031674196845331948 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8731674196845212 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.003167419684533268 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8749999999999878 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018325803154666254 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8749999999999878 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018325803154666254 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.877976033236171 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002976033236183121 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.877976033236171 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0029760332361832287 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8799999999999877 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0020239667638166647 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8799999999999877 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020239667638166647 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8827840901637816 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0027840901637938803 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8827840901637816 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.002784090163793884 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8849999999999876 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022159098362060092 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8849999999999876 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022159098362060092 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8875915972312993 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002591597231311676 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8875915972312993 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0025915972313117486 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8899999999999875 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002408402768688145 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8899999999999875 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.002408402768688145 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8923985574808326 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023985574808450573 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8923985574808326 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.002398557480845165 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8947044552034984 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002305897722665838 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8947044552034984 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023058977226657618 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8949999999999874 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002955447964889668 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:09  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Solved time: 1.8949999999999874 s
10-30-22 18:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002955447964889668 s
10-30-22 18:09  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:09  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8955910895929653 ...
10-30-22 18:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005910895929779336 sec...
10-30-22 18:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:10  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:10  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:10  PyFrac.controller.run                    DEBUG     Solved time: 1.8955910895929653 s
10-30-22 18:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005910895929779336 s
10-30-22 18:10  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:10  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:10  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:10  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:10  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8967732687789212 ...
10-30-22 18:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011821791859558672 sec...
10-30-22 18:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:10  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:10  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:10  PyFrac.controller.run                    DEBUG     Solved time: 1.8967732687789212 s
10-30-22 18:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011821791859558672 s
10-30-22 18:10  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:10  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:10  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:10  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:10  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8989112988306887 ...
10-30-22 18:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021380300517675477 sec...
10-30-22 18:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:10  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 18:10  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 18:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:10  PyFrac.controller.run                    DEBUG     Solved time: 1.8989112988306887 s
10-30-22 18:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.002138030051767492 s
10-30-22 18:10  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:10  PyFrac.controller.run                    DEBUG     Nx: 65
10-30-22 18:10  PyFrac.controller.run                    DEBUG     Ny: 65
10-30-22 18:10  PyFrac.controller.run                    DEBUG     hx: 0.015625
10-30-22 18:10  PyFrac.controller.run                    DEBUG     hy: 0.015625
10-30-22 18:10  PyFrac.controller.run                    INFO      Final time = 1.8989112988306887
10-30-22 18:10  PyFrac.controller.run                    INFO      -----Simulation finished------
10-30-22 18:10  PyFrac.controller.run                    INFO      number of time steps = 913
10-30-22 18:10  PyFrac.controller.run                    INFO      failed time steps = 0
10-30-22 18:10  PyFrac.controller.run                    INFO      number of remeshings = 0
