10-30-22 17:27  PyFrac.general                           INFO      Log file set up
10-30-22 17:27  PyFrac.controller.run                    INFO      Making elasticity matrix...
10-30-22 17:27  PyFrac.controller.run                    INFO      Done!
10-30-22 17:27  PyFrac.controller.run                    INFO      Starting time = 0.011594165228602139
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.012527239392339084 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009330741637369457 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009556884025633483
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019264280886580238
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003844919479974636
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003844919479974636
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.012527239392339084 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009330741637369449 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 121
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.013422493768292599 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008952543759535144 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00879498499100976
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017352187499051948
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003292392241703486
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003292392241703486
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.013422493768292599 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008952543759535147 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 121
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.014341098582498936 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009186048142063383 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010026072169798747
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019919471256761856
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003847106839214298
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003847106839214298
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.014341098582498936 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009186048142063377 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 121
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.015292199144536103 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009511005620371667 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011517651776760562
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002303571907513587
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000452087991444398
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.000452087991444398
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.015292199144536103 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009511005620371667 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 121
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.016281392363690864 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000989193219154761 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.15249966308152052
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030581713101349717
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006357368463631996
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0006357368463631996
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.016281392363690864 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009891932191547614 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 129
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.01731292166578708 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010315293020962174 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015840675156865307
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002765894382503594
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004612458990841765
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004612458990841765
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.01731292166578708 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010315293020962159 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 129
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.018389266011933688 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010763443461466087 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017717693467909894
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003230155920316946
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005671987708163092
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005671987708163092
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.018389266011933688 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010763443461466078 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 137
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.01951367093447375 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011244049225400622 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0165109762975381
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0026779432026295216
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00042695233051352294
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00042695233051352294
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.01951367093447375 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011244049225400607 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 137
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.020688304973500625 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011746340390268754 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017734048181354895
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029772144059532954
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004916519247754417
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004916519247754417
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.020688304973500625 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011746340390268763 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 137
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.02159416522860214 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009058602551015142 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.15224703223150957
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002740280506638918
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004706668198515285
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004706668198515285
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.02159416522860214 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009058602551015142 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 145
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.022863413898738874 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012692486701367358 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01815210434314844
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0027001241683555963
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004033247347008384
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004033247347008384
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.022863413898738874 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.001269248670136735 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 145
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.02419068982587027 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013272759271313948 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019197208630916746
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029137091630189924
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000447831306992071
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.000447831306992071
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.02419068982587027 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013272759271313953 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 145
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.025578696957212124 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013880071313418533 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019510826477154037
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012003287092173427
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00012003287092173427
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.025578696957212124 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013880071313418542 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 145
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.02659416522860214 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010154682713900166 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010071945696347204
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017583521316012327
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00030689412683341085
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00030689412683341085
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.02659416522860214 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010154682713900166 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 161
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.028092824459337862 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001498659230735723 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018025983984407596
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002605182098353888
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003795222097010712
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003795222097010712
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.028092824459337862 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014986592307357216 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 169
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.029659442101886403 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0015666176425485415 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01634134488597911
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002348618852849173
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003148194290229104
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003148194290229104
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.029659442101886403 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0015666176425485415 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 177
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.031295649459529375 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016362073576429736 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017539200525333736
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0020694987924622893
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002471357633755389
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002471357633755389
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.031295649459529375 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016362073576429714 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 177
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.031594165228602145 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00029851576907276994 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0036387476852565953
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006271539879067716
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006271539879067716
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.031594165228602145 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.00029851576907276994 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 177
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.032191196766747684 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005970315381455399 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007301562385624484
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010934540045082208
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016114527883643554
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00016114527883643554
10-30-22 17:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Solved time: 0.032191196766747684 s
10-30-22 17:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005970315381455399 s
10-30-22 17:27  PyFrac.controller.run                    INFO      Element in the crack: 177
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.033385259843038764 ...
10-30-22 17:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011940630762910798 sec...
10-30-22 17:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014497442013609316
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001954090108086718
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00026339398688968174
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00026339398688968174
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.033385259843038764 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011940630762910798 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 185
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.035184960814864344 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017997009718255783 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018227894391361157
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002149751471879505
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002522628390900624
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002522628390900624
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.035184960814864344 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017997009718255796 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 185
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03659416522860214 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014092044137377982 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01551328231877618
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019779592644759703
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00025186896407301617
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00025186896407301617
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.03659416522860214 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014092044137377982 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 193
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03853419426738061 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001940029038778467 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01400607985994094
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016264279760712494
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017699780532609566
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00017699780532609566
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.03853419426738061 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019400290387784694 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 193
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.04055837300058941 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0020241787332087985 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011612487657459925
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014425839660574535
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016846371719397846
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00016846371719397846
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.04055837300058941 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020241787332088007 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 213
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.04159416522860214 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010357922280127274 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008459134602094576
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009867278637146204
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0009867278637146204
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.04159416522860214 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010357922280127274 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 213
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.043665749684627594 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002071584456025455 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014710573570441698
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001410123654666473
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001344890763644857
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0001344890763644857
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.043665749684627594 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.002071584456025455 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 221
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.045910013222405184 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022442635377775896 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015397178080590046
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013315186096676257
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011882149843478462
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00011882149843478462
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.045910013222405184 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022442635377775896 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 221
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.046594165228602144 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00068415200619696 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.11796088628961704
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010501743393505625
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014556557671124848
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00014556557671124848
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.046594165228602144 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.00068415200619696 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 233
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.047962469240996064 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00136830401239392 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.11359130444372079
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012180123595410541
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013375658033226712
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00013375658033226712
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.047962469240996064 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.00136830401239392 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 241
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05038733558661518 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002424866345619111 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009949629711172081
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008036050472015055
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0008036050472015055
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.05038733558661518 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024248663456191144 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 241
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05159416522860215 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00120682964198697 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009211004456143201
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010159992929978934
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011182054285030496
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00011182054285030496
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.05159416522860215 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.00120682964198697 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 241
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05400782451257609 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00241365928397394 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010571201239913619
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007981066984880103
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007981066984880103
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.05400782451257609 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.00241365928397394 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 249
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05659416522860214 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0025863407160260504 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007515715206890366
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000605551497948436
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000605551497948436
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.05659416522860214 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0025863407160260504 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 261
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.059372586047098226 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0027784208184960866 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010614696281411096
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000574770054262134
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000574770054262134
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.059372586047098226 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.002778420818496087 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 277
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.061594165228602143 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022215791815039174 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008859760642258685
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006630950133990313
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006630950133990313
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.061594165228602143 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022215791815039174 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 277
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.06457334963868469 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002979184410082549 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0077378869821681144
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00035403449291320714
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00035403449291320714
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.06457334963868469 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.002979184410082547 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 293
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.06659416522860215 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0020208155899174574 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008474486268579027
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006378893150452333
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006378893150452333
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.06659416522860215 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020208155899174574 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 293
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.06976951680771706 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0031753515791149213 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00498942882420186
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019660043133779622
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019660043133779622
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.06976951680771706 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0031753515791149156 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 293
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07159416522860215 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018246484208850888 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008782604328403979
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006715289311666576
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006715289311666576
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.07159416522860215 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018246484208850888 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 301
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.074963209113083 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0033690438844808574 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0018943442002786132
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012539978948497874
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00012539978948497874
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.074963209113083 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.003369043884480852 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 313
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07659416522860214 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016309561155191388 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005270391852101763
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004800560245842078
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004800560245842078
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.07659416522860214 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016309561155191388 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 325
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07985607745964042 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0032619122310382775 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00264443332698141
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.912612743355524e-05
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.912612743355524e-05
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.07985607745964042 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0032619122310382775 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 333
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.08159416522860215 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001738087768961727 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0076241239453780805
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006011290204057218
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006011290204057218
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.08159416522860215 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.001738087768961727 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 341
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0850703407665256 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003476175537923454 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0015065727595948708
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.748457038468047e-06
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.748457038468047e-06
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.0850703407665256 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.003476175537923454 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 349
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.08659416522860215 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0015238244620765506 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007972285446205785
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000715076637027412
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000715076637027412
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.08659416522860215 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0015238244620765506 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 349
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.08964181415275525 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0030476489241531013 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 16 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0038639996718177194
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012635515128831543
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00012635515128831543
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.08964181415275525 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0030476489241531013 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 349
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09159416522860214 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019523510758468893 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007534367234815509
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005203783310212984
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005203783310212984
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.09159416522860214 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019523510758468893 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 357
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09549886738029592 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0039047021516937785 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004624436619926886
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002796444203960746
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002796444203960746
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.09549886738029592 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0039047021516937785 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 373
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09659416522860215 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001095297848306226 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006130451709476148
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006800171182818282
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006800171182818282
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.09659416522860215 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.001095297848306226 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 373
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0987847609252146 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002190595696612452 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0037251634262968738
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024026085757435922
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00024026085757435922
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.0987847609252146 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.002190595696612452 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 373
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10159416522860215 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0028094043033875526 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012487841569678406
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.6705321472874e-05
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 4.6705321472874e-05
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.10159416522860215 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0028094043033875526 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 385
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10606997079846064 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0044758055698584966 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005006012218381625
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000393114430501546
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000393114430501546
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.10606997079846064 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.004475805569858493 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 401
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10659416522860216 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005241944301415113 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0032767426066072536
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00044985464325776223
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00044985464325776223
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.10659416522860216 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005241944301415113 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 401
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10764255408888518 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010483888602830227 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005864925016244158
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000635874392644211
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000635874392644211
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.10764255408888518 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010483888602830227 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 401
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10973933180945122 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0020967777205660454 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0846681634702811
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003782079440934086
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003782079440934086
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.10973933180945122 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020967777205660454 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 413
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11159416522860216 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018548334191509364 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006365345344002662
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005014023933034295
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005014023933034295
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.11159416522860216 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018548334191509364 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 421
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11530383206690403 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0037096668383018727 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0041828900266873085
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.004020216917364e-05
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 9.004020216917364e-05
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.11530383206690403 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0037096668383018727 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 421
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11659416522860215 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012903331616981178 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0060520836091805755
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006215968522178337
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006215968522178337
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.11659416522860215 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012903331616981178 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 421
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11917483155199839 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0025806663233962357 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0035565834904022512
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000123545710222863
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000123545710222863
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.11917483155199839 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0025806663233962357 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 437
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.12159416522860216 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024193336766037687 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030604223050758605
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019913551133520326
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019913551133520326
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.12159416522860216 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024193336766037687 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 437
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.12659416522860217 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.005000000000000018 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01461322601333468
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.541465266946476e-05
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.541465266946476e-05
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.12659416522860217 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.005000000000000018 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 437
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.13159416522860215 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011824796415943029
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.79439974096311e-05
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 4.79439974096311e-05
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.13159416522860215 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 465
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.13659416522860215 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01409772236925185
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.53445560054696e-05
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.53445560054696e-05
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.13659416522860215 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 481
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.14159416522860216 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014534778546826091
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.0841668028005458e-05
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.0841668028005458e-05
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.14159416522860216 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 489
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.14659416522860216 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01371288425677101
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011790109929539956
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011790109929539956
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.14659416522860216 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 497
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.15159416522860217 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01496221401192314
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.6950053028412054e-05
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.6950053028412054e-05
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.15159416522860217 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 505
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.15659416522860217 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014727735809808276
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.7280141340207205e-05
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.7280141340207205e-05
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.15659416522860217 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 509
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.16159416522860215 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015467074304307271
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012289478010004315
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00012289478010004315
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.16159416522860215 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 517
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.16659416522860215 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015180084560519037
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.872443769520216e-05
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.872443769520216e-05
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.16659416522860215 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 545
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.17159416522860216 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 18 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015670827228794117
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017095117456063984
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00017095117456063984
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.17159416522860216 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 553
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.17659416522860216 ...
10-30-22 17:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013197087894120467
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.2975341830170196e-05
10-30-22 17:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.2975341830170196e-05
10-30-22 17:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Solved time: 0.17659416522860216 s
10-30-22 17:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:28  PyFrac.controller.run                    INFO      Element in the crack: 553
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:28  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.18159416522860217 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012064924822186737
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017384581080088097
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00017384581080088097
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.18159416522860217 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 569
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.18659416522860217 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014300768525466733
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.7086185347937344e-06
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.7086185347937344e-06
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.18659416522860217 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 577
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.19159416522860218 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015876213342215586
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012216486622348337
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00012216486622348337
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.19159416522860218 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 593
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.19659416522860218 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 19 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017535920963600606
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019117678652372878
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019117678652372878
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.19659416522860218 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 593
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.20159416522860218 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06109421829632874
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001798908840939635
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001798908840939635
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.20159416522860218 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 601
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.20659416522860216 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016352209701612067
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020445340363493505
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00020445340363493505
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.20659416522860216 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 609
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.21159416522860217 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014761417817474485
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024265082224924787
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00024265082224924787
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.21159416522860217 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 621
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.21659416522860217 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011921325880185954
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.0795834575511826e-06
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.0795834575511826e-06
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.21659416522860217 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 641
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.22159416522860217 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015289820894412744
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.5919431415132935e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.5919431415132935e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.22159416522860217 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 657
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.22659416522860218 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016222453661412777
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.78629204843033e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.78629204843033e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.22659416522860218 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 665
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.23159416522860218 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05499917934772945
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07153202213881212
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.218254836319198e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 5.218254836319198e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.23159416522860218 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 673
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2365941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016253155919963205
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.293381207259483e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.293381207259483e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.2365941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 673
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.24159416522860216 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05702553386461583
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011143586790256827
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011143586790256827
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.24159416522860216 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 673
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.24659416522860217 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.057820842049426426
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.1097435016899257e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.1097435016899257e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.24659416522860217 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 681
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2515941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014426313582471182
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.149896244649662e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.149896244649662e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.2515941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 697
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2565941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 19 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017170904956611048
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.5826034708960706e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 4.5826034708960706e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.2565941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 705
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2615941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016430045243858753
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00027469636768587453
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00027469636768587453
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.2615941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 717
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2665941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013578010345474211
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.653890932216949e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.653890932216949e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.2665941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 733
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2715941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014827354595874039
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.587619301497502e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.587619301497502e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.2715941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 749
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2765941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014763281295312207
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.535378727735614e-06
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 9.535378727735614e-06
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.2765941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 749
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2815941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01389844620710079
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.8261022846151793e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.8261022846151793e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.2815941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 749
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2865941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01282613376416523
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.151505815960804e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 9.151505815960804e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.2865941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 761
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2915941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014596659178076976
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023516864583600732
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023516864583600732
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.2915941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 777
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2965941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017467452295759738
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.6633181624250806e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 2.6633181624250806e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.2965941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 777
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.30159416522860216 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999949 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016145512935158614
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.104973371328943e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.104973371328943e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.30159416522860216 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999949 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 793
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.30659416522860217 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017299532056665314
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.737693237327685e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.737693237327685e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.30659416522860217 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 793
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.31159416522860217 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01580775781400033
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.382739555701865e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 9.382739555701865e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.31159416522860217 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 793
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3165941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018680782671705386
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.030511816864045138
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008218768852926717
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0008218768852926717
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.3165941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 805
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3215941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012067715254847455
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.8514870221793025e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.8514870221793025e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.3215941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 829
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3265941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013348128900901535
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.2368643782688657e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 2.2368643782688657e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.3265941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 829
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3315941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01250065837765163
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.066839259912584e-05
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.066839259912584e-05
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.3315941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 845
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3365941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01416605319311287
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010214814998582566
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00010214814998582566
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.3365941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 845
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3415941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01350986320708858
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001652787031617975
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001652787031617975
10-30-22 17:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Solved time: 0.3415941652286022 s
10-30-22 17:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:29  PyFrac.controller.run                    INFO      Element in the crack: 853
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:29  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3465941652286022 ...
10-30-22 17:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014252434414161186
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.58649262077782e-05
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 9.58649262077782e-05
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.3465941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 869
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3515941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015942924760611987
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.291142373610059e-05
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.291142373610059e-05
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.3515941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 869
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3565941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014495506646029888
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001261058718883823
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001261058718883823
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.3565941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 877
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3615941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014911724124082704
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.847529067344205e-05
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.847529067344205e-05
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.3615941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 885
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3665941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014716823043773308
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.118876256058556e-05
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.118876256058556e-05
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.3665941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 885
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3715941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013729911711792386
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.312008540940937e-05
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 4.312008540940937e-05
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.3715941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 885
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.37659416522860223 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.08088673291365278
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011335971919956833
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011335971919956833
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.37659416522860223 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 885
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.38159416522860223 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.1119785214901109
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06177389697398816
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018746828074844846
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00018746828074844846
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.38159416522860223 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 905
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3865941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999949 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015736508415816843
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.826080417666881e-05
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.826080417666881e-05
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.3865941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999949 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 925
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3915941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 23 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014396077123261812
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.329052100218559e-06
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 4.329052100218559e-06
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.3915941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 933
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3965941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013242275427675884
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011942787789151639
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011942787789151639
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.3965941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 941
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4015941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013685048959148512
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.306889355596111e-05
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.306889355596111e-05
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.4015941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 949
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4065941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012918051492438062
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.212644182402464e-05
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 9.212644182402464e-05
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.4065941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 949
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4115941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012306524784314168
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016501374734514146
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00016501374734514146
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.4115941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 965
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4165941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01419386274228785
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018917890414930672
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00018917890414930672
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.4165941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 973
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4215941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01395573878897071
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013105902883011022
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00013105902883011022
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.4215941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 973
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4265941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013127218324637683
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001374878753332061
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001374878753332061
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.4265941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 973
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4315941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012348407446903601
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001606662952023353
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001606662952023353
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.4315941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 989
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4365941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01499491436574959
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015601409221619716
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015601409221619716
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.4365941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 989
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.44159416522860223 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013840999769050158
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002008096015553165
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002008096015553165
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.44159416522860223 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 997
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.44659416522860224 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014644905246251316
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010848223446030863
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00010848223446030863
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.44659416522860224 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 1005
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.45159416522860224 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015242115523263652
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.928296218643221e-05
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.928296218643221e-05
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.45159416522860224 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 1005
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.45659416522860224 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014164098470198597
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011184069491206284
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011184069491206284
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.45659416522860224 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 1021
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4615941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999949 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014933005033183832
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.2895261398873605e-05
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.2895261398873605e-05
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.4615941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999949 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 1033
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4665941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012747765739450578
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.933789063023038e-05
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.933789063023038e-05
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.4665941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 1041
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4715941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011560829054537555
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011321307735882395
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011321307735882395
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.4715941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 1041
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4765941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010990971114396212
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001497050761453246
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001497050761453246
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.4765941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 1049
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4815941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010404482206562093
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015320657199819406
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015320657199819406
10-30-22 17:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Solved time: 0.4815941652286022 s
10-30-22 17:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:30  PyFrac.controller.run                    INFO      Element in the crack: 1049
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:30  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4865941652286022 ...
10-30-22 17:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01766579533470806
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001612992283835071
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001612992283835071
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.4865941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1065
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4915941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04339985223165647
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.06450373858895e-05
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.06450373858895e-05
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.4915941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1077
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4965941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012938272607102341
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002673782463997496
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002673782463997496
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.4965941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1085
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5015941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013856288286225156
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021053662811137345
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00021053662811137345
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5015941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1085
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5065941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013103856494389868
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024147209640555821
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00024147209640555821
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5065941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1093
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5115941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013777958532064934
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019635553803226062
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019635553803226062
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5115941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1101
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5165941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013568390616815683
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016555083409435726
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00016555083409435726
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5165941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1101
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5215941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012776014558729109
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019862296769969213
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019862296769969213
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5215941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1109
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5265941652286023 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013452572580417765
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018123518251211834
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00018123518251211834
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5265941652286023 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1109
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5315941652286023 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012719007434162717
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020115579236890113
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00020115579236890113
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5315941652286023 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1117
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5365941652286023 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013247183153596175
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015714985606093043
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015714985606093043
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5365941652286023 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1125
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5415941652286023 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013284606836897892
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001310962495775472
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001310962495775472
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5415941652286023 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1125
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5465941652286023 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01179290815838484
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021097358688976838
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00021097358688976838
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5465941652286023 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1125
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5515941652286023 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 19 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011534832661015614
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.0440722567199057e-05
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.0440722567199057e-05
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5515941652286023 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1137
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5565941652286023 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009826913028666527
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001407958707261701
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001407958707261701
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5565941652286023 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1153
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5615941652286023 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09417785846298461
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00010404067083245507
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00010404067083245507
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5615941652286023 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1153
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5665941652286023 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0106765591101188
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002608116875977635
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002608116875977635
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5665941652286023 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1177
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5715941652286023 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012739498912567046
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002071704730817309
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002071704730817309
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5715941652286023 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1185
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5765941652286023 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013074332254339837
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019723754031967418
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019723754031967418
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5765941652286023 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1185
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5815941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01224729518260137
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00026439342988616196
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00026439342988616196
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5815941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1201
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5865941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013184183139573497
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024546094092283815
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00024546094092283815
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5865941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1201
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5915941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012183420613435353
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002476207307201375
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002476207307201375
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5915941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1201
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5965941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011551286221863714
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023874111246027346
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023874111246027346
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.5965941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1201
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6015941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011005844243621422
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002471523250785654
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002471523250785654
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.6015941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1209
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6065941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04162980109890846
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018827454359076885
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00018827454359076885
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.6065941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1209
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6115941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010586222378642268
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002762652919451033
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002762652919451033
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.6115941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1225
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6165941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012926622188736957
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024068797430805495
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00024068797430805495
10-30-22 17:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Solved time: 0.6165941652286022 s
10-30-22 17:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:31  PyFrac.controller.run                    INFO      Element in the crack: 1225
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:31  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6215941652286022 ...
10-30-22 17:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014342039407171265
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018228248333282843
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00018228248333282843
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6215941652286022 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1225
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6265941652286022 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.041334579046846245
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013258361458593084
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00013258361458593084
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6265941652286022 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1229
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6315941652286022 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011815057338434238
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029536908603785373
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00029536908603785373
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6315941652286022 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1245
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6365941652286022 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013484269027184114
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022125349250529407
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00022125349250529407
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6365941652286022 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1245
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6415941652286022 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012795291191551147
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024103753334212436
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00024103753334212436
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6415941652286022 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1253
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6465941652286022 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012972045782052868
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029741657644833416
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00029741657644833416
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6465941652286022 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1253
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6515941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03752201527856265
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.8760843065646073e-05
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.8760843065646073e-05
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6515941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1265
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6565941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010659970190427526
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017466069487950264
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00017466069487950264
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6565941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1281
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6615941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011046584021480222
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019905679476321935
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019905679476321935
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6615941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1281
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6665941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01054610841639363
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00026509000332595176
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00026509000332595176
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6665941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1305
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6715941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012046172695029167
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023557699953382638
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023557699953382638
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6715941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1305
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6765941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011178474173816611
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00025225468161291784
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00025225468161291784
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6765941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1305
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6815941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010533258006278778
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00027673131511978254
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00027673131511978254
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6815941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1313
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6865941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01043302442976497
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00026438432629252164
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00026438432629252164
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6865941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1313
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6915941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00976276191549994
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00026963091205498555
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00026963091205498555
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6915941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1313
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6965941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00942412832531625
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002684357086618405
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002684357086618405
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.6965941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1313
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7015941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009125711425502026
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00026340596391527527
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00026340596391527527
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.7015941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1321
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7065941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010601404035134898
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00033644144027284996
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00033644144027284996
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.7065941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1345
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7115941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013179834396773327
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003472840380648101
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003472840380648101
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.7115941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1353
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7165941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013548264885404749
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00032543715158377394
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00032543715158377394
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.7165941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1353
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7215941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012772504343282342
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003103100662225522
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003103100662225522
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.7215941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1353
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7265941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012032067028675274
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002977331637513458
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002977331637513458
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.7265941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1353
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7315941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011416911564622368
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003103482296682003
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003103482296682003
10-30-22 17:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Solved time: 0.7315941652286023 s
10-30-22 17:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:32  PyFrac.controller.run                    INFO      Element in the crack: 1361
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:32  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7365941652286023 ...
10-30-22 17:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012018582047620009
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029046026822623363
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00029046026822623363
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7365941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1369
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7415941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012073462678645175
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002681745939145053
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002681745939145053
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7415941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1369
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7465941652286022 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011463777810399377
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00025933106786864003
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00025933106786864003
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7465941652286022 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1369
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7515941652286022 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010863907524638972
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024507528321811024
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00024507528321811024
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7515941652286022 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1369
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7565941652286022 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01036026689437577
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023725405152505986
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023725405152505986
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7565941652286022 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1377
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7615941652286022 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03696442386407967
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019946033676175392
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00019946033676175392
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7615941652286022 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1389
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7665941652286022 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009583118687592826
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022158130830677672
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00022158130830677672
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7665941652286022 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1397
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7715941652286022 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010104383593418899
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002262733548662307
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002262733548662307
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7715941652286022 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1413
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7765941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010433837251618849
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023943500376747787
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023943500376747787
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7765941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1413
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7815941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009735673123026953
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00025978615406379343
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00025978615406379343
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7815941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1425
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7865941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009980661213315417
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003308633694762552
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003308633694762552
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7865941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1433
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7915941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011287922059795516
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003146738865322584
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003146738865322584
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7915941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1433
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7965941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010522646271017658
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003149317736191817
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003149317736191817
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.7965941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1441
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8015941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010397264011494994
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003285823206516354
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003285823206516354
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.8015941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1449
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8065941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011198256737055837
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003202147629471326
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003202147629471326
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.8065941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1449
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8115941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010457205032235097
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00032044138083247865
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00032044138083247865
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.8115941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1457
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8165941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011116373850001336
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003351524701342172
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003351524701342172
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.8165941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1465
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8215941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011719260630307985
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003404274634892684
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003404274634892684
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.8215941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1473
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8265941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011183656942432882
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003255458853118567
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003255458853118567
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.8265941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1473
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8315941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010622016256604977
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036356118642425866
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00036356118642425866
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.8315941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1481
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8365941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01112773297690899
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003596602370271014
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003596602370271014
10-30-22 17:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Solved time: 0.8365941652286023 s
10-30-22 17:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:33  PyFrac.controller.run                    INFO      Element in the crack: 1481
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:33  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8415941652286023 ...
10-30-22 17:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010631223358330322
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003385178961363488
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003385178961363488
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.8415941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1481
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8465941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010179630810489454
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003189375890578613
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003189375890578613
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.8465941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1481
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8515941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.037843146694406554
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029985339146810207
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00029985339146810207
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.8515941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1481
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8565941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009413265088668308
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029304303126005086
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00029304303126005086
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.8565941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1489
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8615941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00967788598513053
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002840331968173412
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002840331968173412
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.8615941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1489
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8665941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00936834143319005
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002939918201005603
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002939918201005603
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.8665941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1497
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8715941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.037258208436161955
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00026398264119517227
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00026398264119517227
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.8715941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1505
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8765941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011119219852241307
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029170188585046574
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00029170188585046574
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.8765941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1513
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8815941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01191723635944966
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00031890624176932915
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00031890624176932915
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.8815941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1513
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8865941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011392687782562813
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002715236368435419
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002715236368435419
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.8865941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1521
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8915941652286024 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01159974087099247
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00047467058768482025
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00047467058768482025
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.8915941652286024 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1533
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8965941652286024 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011090711083835797
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002513009526447457
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002513009526447457
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.8965941652286024 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1549
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9015941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01077543054487466
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002663226894172058
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002663226894172058
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.9015941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1549
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9065941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.035211668414434995
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00027643784829828826
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00027643784829828826
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.9065941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1549
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9115941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009611374628065373
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00031692440309476086
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00031692440309476086
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.9115941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1565
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9165941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010042064256040251
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029761498212010906
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00029761498212010906
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.9165941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1565
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9215941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009688622452762485
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002958952354817609
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002958952354817609
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.9215941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1565
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9265941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009255681774771884
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000315311402478616
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000315311402478616
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.9265941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1581
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9315941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010478974507176032
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003234045716575616
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003234045716575616
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.9315941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1581
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9365941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009624661276524808
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003183005032528673
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003183005032528673
10-30-22 17:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Solved time: 0.9365941652286023 s
10-30-22 17:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:34  PyFrac.controller.run                    INFO      Element in the crack: 1581
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:34  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9415941652286023 ...
10-30-22 17:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.036241480632199584
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00031458251653856706
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00031458251653856706
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9415941652286023 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1589
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9465941652286023 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009576249173282763
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003428226494876053
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003428226494876053
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9465941652286023 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1597
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9515941652286023 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010161057833109216
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00035062748153072675
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00035062748153072675
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9515941652286023 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1605
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9565941652286023 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010199234771884426
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003490615509421343
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003490615509421343
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9565941652286023 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1605
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9615941652286023 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009509782527055387
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003476372480620523
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003476372480620523
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9615941652286023 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1605
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9665941652286023 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009130553729299688
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00034306253049147403
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00034306253049147403
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9665941652286023 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1605
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9715941652286023 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008805207471837904
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003317805334331196
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003317805334331196
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9715941652286023 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1609
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9765941652286023 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009352157218592698
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00038500171692821476
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00038500171692821476
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9765941652286023 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1617
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9815941652286023 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010355708417811032
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003548067710767584
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003548067710767584
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9815941652286023 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1617
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9865941652286023 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010015192787085797
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00034112884244962385
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00034112884244962385
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9865941652286023 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1625
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9915941652286023 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0807904921537539
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000290679448980394
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000290679448980394
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9915941652286023 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1625
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9965941652286023 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009774404093767427
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00037270560271823234
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00037270560271823234
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9965941652286023 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0034058347713976644 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001811852047435765
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011754476481067917
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011754476481067917
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 1.0 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0034058347713976644 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.001 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029747866977639344
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004112918063602871
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004112918063602871
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 1.001 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0019999999999998 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002955212732546044
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00040814551602575864
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00040814551602575864
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 1.0019999999999998 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0029999999999997 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002932771816745359
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00040506357869060395
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00040506357869060395
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 1.0029999999999997 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0039999999999996 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029053533655591934
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00040140925850257696
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00040140925850257696
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 1.0039999999999996 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0049999999999994 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002876173859572052
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000397902426912854
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000397902426912854
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 1.0049999999999994 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0059999999999993 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028414217616455
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00039397806549601455
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00039397806549601455
10-30-22 17:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Solved time: 1.0059999999999993 s
10-30-22 17:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:35  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:35  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0069999999999992 ...
10-30-22 17:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002801012779499795
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003895961606971648
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003895961606971648
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0069999999999992 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0079999999999991 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002755431177054568
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003847721234784274
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003847721234784274
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0079999999999991 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.008999999999999 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0027054255314652343
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003795515699199276
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003795515699199276
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.008999999999999 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.009999999999999 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002651797930971256
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00037399139015879194
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00037399139015879194
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.009999999999999 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0109999999999988 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0025952919206856284
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003681446014524329
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003681446014524329
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0109999999999988 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0119999999999987 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0025365551120812443
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003620622242429438
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003620622242429438
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0119999999999987 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0129999999999986 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0024761257835429584
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003557868517530109
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003557868517530109
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0129999999999986 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0139999999999985 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0024144409171765443
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00034935392187775767
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00034935392187775767
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0139999999999985 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0149999999999983 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002351849101361739
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003427923645342319
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003427923645342319
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0149999999999983 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0159999999999982 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0022887198887699967
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00033614177870890734
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00033614177870890734
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0159999999999982 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0169999999999981 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0022231265701877297
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003289764865972635
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003289764865972635
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0169999999999981 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.017999999999998 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002158814871789826
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003221555401569502
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003221555401569502
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.017999999999998 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.018999999999998 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0020948515238847776
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003152772326713495
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003152772326713495
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.018999999999998 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0199999999999978 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002030835343171217
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003083450420570021
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003083450420570021
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0199999999999978 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0209999999999977 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019668377972060277
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00030136567174719113
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00030136567174719113
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0209999999999977 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0219999999999976 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019010306803704776
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029394199175298235
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00029394199175298235
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0219999999999976 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0229999999999975 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0018368355321609026
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002868859430508085
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002868859430508085
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0229999999999975 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0239999999999974 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017731865859031163
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002797942460057712
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002797942460057712
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0239999999999974 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0249999999999972 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017081371107408442
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002724091019291305
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002724091019291305
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0249999999999972 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0259999999999971 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016448339752308527
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000265261782405672
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000265261782405672
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0259999999999971 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.026999999999997 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001581596869985269
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002580619465211759
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002580619465211759
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.026999999999997 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.027999999999997 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001518425377583732
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002508055599170979
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002508055599170979
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.027999999999997 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0289999999999968 ...
10-30-22 17:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014553017696557933
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024348294941740016
10-30-22 17:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00024348294941740016
10-30-22 17:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Solved time: 1.0289999999999968 s
10-30-22 17:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:36  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:36  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0299999999999967 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013921969203509541
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023607668606215074
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023607668606215074
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0299999999999967 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0309999999999966 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.044123161162579756
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023104933602673
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023104933602673
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0309999999999966 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0319999999999965 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001386662977327934
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002420865803691315
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002420865803691315
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0319999999999965 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0329999999999964 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00136935737320908
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023829981107277703
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023829981107277703
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0329999999999964 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0339999999999963 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013179244023384259
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023158974066429425
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023158974066429425
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0339999999999963 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0349999999999961 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00125548080572635
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022360763936743214
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00022360763936743214
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0349999999999961 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.035999999999996 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011891152504615637
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021510539790787158
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00021510539790787158
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.035999999999996 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.036999999999996 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010267514880516774
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.913247979088557e-05
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 9.913247979088557e-05
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.036999999999996 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0379999999999958 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009638614036043724
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0009638614036043724
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0379999999999958 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0389999999999957 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009009801948189698
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0009009801948189698
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0389999999999957 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0399999999999956 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007788285748094769
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0007788285748094769
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0399999999999956 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0409999999999955 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007208657567364763
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0007208657567364763
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0409999999999955 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0419999999999954 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006642301338958167
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0006642301338958167
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0419999999999954 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0429999999999953 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005789980660494913
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0005789980660494913
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0429999999999953 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0439999999999952 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005278766769409253
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0005278766769409253
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0439999999999952 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.044999999999995 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003039996850977354
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0003039996850977354
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.044999999999995 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.045999999999995 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020081823052690723
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00020081823052690723
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.045999999999995 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0469999999999948 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00042477625781729825
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00042477625781729825
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0469999999999948 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0479999999999947 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001700030481088597
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0001700030481088597
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0479999999999947 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0489999999999946 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.510920904707526e-05
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 5.510920904707526e-05
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0489999999999946 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0499999999999945 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.1837779615003168e-05
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 2.1837779615003168e-05
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0499999999999945 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0509999999999944 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.8514482876112612e-13
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.8514482876112612e-13
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0509999999999944 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0519999999999943 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.6160891634803688e-14
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 2.6160891634803688e-14
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0519999999999943 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0529999999999942 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019669365603023955
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010565827737576618
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019043864290106555
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00019043864290106555
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0529999999999942 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.053999999999994 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009920818556526227
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0009920818556526227
10-30-22 17:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Solved time: 1.053999999999994 s
10-30-22 17:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:37  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:37  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.054999999999994 ...
10-30-22 17:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:37  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.0907791646393745e-06
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 7.0907791646393745e-06
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.054999999999994 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0559999999999938 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.5353456707803573e-13
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 2.5353456707803573e-13
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0559999999999938 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0569999999999937 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014595579432586834
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00014595579432586834
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0569999999999937 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0579999999999936 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.114474513426038e-05
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 4.114474513426038e-05
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0579999999999936 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0589999999999935 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0589999999999935 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0599999999999934 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012274986728626884
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006810461859976448
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006810461859976448
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0599999999999934 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0609999999999933 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00031403690532877897
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00031403690532877897
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0609999999999933 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0619999999999932 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.2561392697724665e-05
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.2561392697724665e-05
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0619999999999932 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.062999999999993 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.062999999999993 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.063999999999993 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.063999999999993 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0649999999999928 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0649999999999928 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0659999999999927 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004931344007041781
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0004931344007041781
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0659999999999927 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0669999999999926 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008128088650379536
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0008128088650379536
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0669999999999926 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0679999999999925 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007346571101517989
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0007346571101517989
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0679999999999925 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0689999999999924 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.122175132359481e-05
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 2.122175132359481e-05
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0689999999999924 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0699999999999923 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0699999999999923 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0709999999999922 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0709999999999922 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.071999999999992 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.071999999999992 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.072999999999992 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005201141382936602
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0005201141382936602
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.072999999999992 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0739999999999919 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013861431026777765
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00013861431026777765
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0739999999999919 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0749999999999917 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0749999999999917 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1657
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0759999999999916 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04418531771064262
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007232658572107198
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007232658572107198
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0759999999999916 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0769999999999915 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018612873366736176
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00018612873366736176
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0769999999999915 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0779999999999914 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012617617640398038
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00012617617640398038
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0779999999999914 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0789999999999913 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0789999999999913 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0799999999999912 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0799999999999912 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.080999999999991 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.080999999999991 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.081999999999991 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.081999999999991 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0829999999999909 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005943057958252916
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0005943057958252916
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0829999999999909 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0839999999999907 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011591618068757274
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019888793917725326
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003004660514648417
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003004660514648417
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0839999999999907 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0849999999999906 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003214025469768183
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0003214025469768183
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0849999999999906 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0859999999999905 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0859999999999905 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0869999999999904 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0869999999999904 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0879999999999903 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0879999999999903 s
10-30-22 17:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:38  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:38  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0889999999999902 ...
10-30-22 17:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.0889999999999902 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.08999999999999 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007274682581167692
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0007274682581167692
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.08999999999999 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.09099999999999 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013691006762581927
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00013691006762581927
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.09099999999999 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0919999999999899 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.0919999999999899 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0929999999999898 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.0929999999999898 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0939999999999896 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.0939999999999896 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0949999999999895 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.0949999999999895 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0959999999999894 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.0959999999999894 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0969999999999893 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.0969999999999893 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0979999999999892 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.0979999999999892 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.098999999999989 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.1223345485301583e-14
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.1223345485301583e-14
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.098999999999989 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.099999999999989 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010200441157507097
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008333587211783404
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0008333587211783404
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.099999999999989 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1009999999999889 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0018789408857907799
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017670986858239505
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00017670986858239505
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1009999999999889 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1019999999999888 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.654237846312697e-05
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 9.654237846312697e-05
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1019999999999888 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1029999999999887 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1029999999999887 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1039999999999885 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1039999999999885 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1049999999999884 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1049999999999884 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1059999999999883 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1059999999999883 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1069999999999882 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1069999999999882 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.107999999999988 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.107999999999988 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.108999999999988 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.108999999999988 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1099999999999879 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1099999999999879 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1109999999999878 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1109999999999878 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1119999999999877 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1119999999999877 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1129999999999876 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1129999999999876 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1139999999999874 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1139999999999874 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1149999999999873 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1149999999999873 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1159999999999872 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1159999999999872 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1169999999999871 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003297046130154933
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0003297046130154933
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1169999999999871 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.117999999999987 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 17:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.333902282912811e-05
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 6.333902282912811e-05
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.117999999999987 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.118999999999987 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.118999999999987 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1199999999999868 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1199999999999868 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1209999999999867 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1209999999999867 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1219999999999866 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1219999999999866 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1229999999999865 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1229999999999865 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1239999999999863 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1239999999999863 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1249999999999862 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1249999999999862 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1259999999999861 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1259999999999861 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.126999999999986 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.126999999999986 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.127999999999986 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.127999999999986 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1289999999999858 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1289999999999858 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1299999999999857 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1299999999999857 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1309999999999856 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1309999999999856 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1319999999999855 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1319999999999855 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1329999999999854 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1329999999999854 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1339999999999852 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1339999999999852 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1349999999999851 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1349999999999851 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.135999999999985 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.135999999999985 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.136999999999985 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.136999999999985 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1379999999999848 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1379999999999848 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1389999999999847 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1389999999999847 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1399999999999846 ...
10-30-22 17:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:39  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Solved time: 1.1399999999999846 s
10-30-22 17:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:39  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:39  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1409999999999845 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1409999999999845 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1419999999999844 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1419999999999844 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1429999999999843 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1429999999999843 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1439999999999841 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1439999999999841 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.144999999999984 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.144999999999984 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.145999999999984 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.145999999999984 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1469999999999838 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1469999999999838 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1479999999999837 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1479999999999837 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1489999999999836 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1489999999999836 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1499999999999835 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1499999999999835 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1509999999999834 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1509999999999834 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1519999999999833 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1519999999999833 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1529999999999831 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1529999999999831 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.153999999999983 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.153999999999983 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.154999999999983 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.154999999999983 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1559999999999828 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1559999999999828 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1569999999999827 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1569999999999827 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1579999999999826 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1579999999999826 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1589999999999825 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1589999999999825 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1599999999999824 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1599999999999824 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1609999999999823 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1609999999999823 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1619999999999822 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1619999999999822 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.162999999999982 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.162999999999982 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.163999999999982 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.163999999999982 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1649999999999818 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1649999999999818 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1659999999999817 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1659999999999817 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1669999999999816 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1669999999999816 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1679999999999815 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1679999999999815 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1689999999999814 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1689999999999814 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1699999999999813 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1699999999999813 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1709999999999812 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1709999999999812 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.171999999999981 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.171999999999981 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.172999999999981 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.172999999999981 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1739999999999808 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1739999999999808 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1749999999999807 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1749999999999807 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1759999999999806 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1759999999999806 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1769999999999805 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1769999999999805 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1779999999999804 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1779999999999804 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1789999999999803 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1789999999999803 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1799999999999802 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1799999999999802 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.18099999999998 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.18099999999998 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.18199999999998 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.18199999999998 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1829999999999798 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1829999999999798 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1839999999999797 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1839999999999797 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1849999999999796 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1849999999999796 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1859999999999795 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1859999999999795 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1869999999999794 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1869999999999794 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1879999999999793 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1879999999999793 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1889999999999792 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1889999999999792 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.189999999999979 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.189999999999979 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.190999999999979 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.190999999999979 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1919999999999789 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1919999999999789 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1929999999999787 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1929999999999787 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1939999999999786 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1939999999999786 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1949999999999785 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1949999999999785 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1959999999999784 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1959999999999784 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1969999999999783 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1969999999999783 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1979999999999782 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.1979999999999782 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.198999999999978 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.198999999999978 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.199999999999978 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.199999999999978 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2009999999999779 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.2009999999999779 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2019999999999778 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.2019999999999778 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2029999999999776 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.2029999999999776 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2039999999999775 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.2039999999999775 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2049999999999774 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.2049999999999774 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2059999999999773 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.2059999999999773 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2069999999999772 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.2069999999999772 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.207999999999977 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.207999999999977 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.208999999999977 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.208999999999977 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2099999999999769 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.2099999999999769 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2109999999999768 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.2109999999999768 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2119999999999767 ...
10-30-22 17:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Solved time: 1.2119999999999767 s
10-30-22 17:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:40  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:40  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2129999999999765 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2129999999999765 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2139999999999764 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2139999999999764 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2149999999999763 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2149999999999763 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2159999999999762 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2159999999999762 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.216999999999976 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.216999999999976 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.217999999999976 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.217999999999976 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2189999999999759 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2189999999999759 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2199999999999758 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2199999999999758 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2209999999999757 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2209999999999757 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2219999999999756 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2219999999999756 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2229999999999754 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2229999999999754 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2239999999999753 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2239999999999753 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2249999999999752 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2249999999999752 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.225999999999975 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.225999999999975 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.226999999999975 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.226999999999975 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.227999999999975 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.227999999999975 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2289999999999748 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2289999999999748 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2299999999999747 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2299999999999747 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2309999999999746 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2309999999999746 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2319999999999744 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2319999999999744 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2329999999999743 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2329999999999743 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2339999999999742 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2339999999999742 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2349999999999741 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2349999999999741 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.235999999999974 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.235999999999974 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.236999999999974 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.236999999999974 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2379999999999738 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2379999999999738 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2389999999999737 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2389999999999737 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2399999999999736 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2399999999999736 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2409999999999735 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2409999999999735 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2419999999999733 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2419999999999733 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2429999999999732 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2429999999999732 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2439999999999731 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2439999999999731 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.244999999999973 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.244999999999973 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.245999999999973 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.245999999999973 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2469999999999728 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2469999999999728 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2479999999999727 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2479999999999727 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2489999999999726 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2489999999999726 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2499999999999725 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2499999999999725 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2509999999999724 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2509999999999724 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2519999999999722 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2519999999999722 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2529999999999721 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2529999999999721 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.253999999999972 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.253999999999972 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.254999999999972 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.254999999999972 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2559999999999718 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2559999999999718 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2569999999999717 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2569999999999717 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2579999999999716 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2579999999999716 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2589999999999715 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2589999999999715 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2599999999999714 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2599999999999714 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2609999999999713 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2609999999999713 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2619999999999711 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2619999999999711 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.262999999999971 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.262999999999971 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.263999999999971 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.263999999999971 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2649999999999708 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2649999999999708 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2659999999999707 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2659999999999707 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2669999999999706 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2669999999999706 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2679999999999705 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2679999999999705 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2689999999999704 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2689999999999704 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2699999999999703 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2699999999999703 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2709999999999702 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2709999999999702 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.27199999999997 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.27199999999997 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.27299999999997 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.27299999999997 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2739999999999698 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2739999999999698 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2749999999999697 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2749999999999697 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2759999999999696 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2759999999999696 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2769999999999695 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2769999999999695 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2779999999999694 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2779999999999694 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2789999999999693 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2789999999999693 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2799999999999692 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2799999999999692 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.280999999999969 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.280999999999969 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.281999999999969 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.281999999999969 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2829999999999688 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2829999999999688 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2839999999999687 ...
10-30-22 17:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Solved time: 1.2839999999999687 s
10-30-22 17:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:41  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:41  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2849999999999686 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.2849999999999686 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2859999999999685 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.2859999999999685 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2869999999999684 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.2869999999999684 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2879999999999683 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.2879999999999683 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2889999999999682 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.2889999999999682 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.289999999999968 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.289999999999968 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.290999999999968 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.290999999999968 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2919999999999678 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.2919999999999678 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2929999999999677 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.2929999999999677 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2939999999999676 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.2939999999999676 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2949999999999675 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.2949999999999675 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2959999999999674 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.2959999999999674 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2969999999999673 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.2969999999999673 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2979999999999672 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.2979999999999672 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.298999999999967 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.298999999999967 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.299999999999967 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.299999999999967 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.3084646133829665e-14 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 3.3084646133829665e-14 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000000662 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.616929226765933e-14 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000000662 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 6.616929226765933e-14 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000001986 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.3233858453531866e-13 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000001986 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 1.3233858453531866e-13 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000004632 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.646771690706373e-13 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000004632 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 2.646771690706373e-13 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000009926 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 5.293543381412746e-13 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000009926 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 5.293543381412746e-13 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000020513 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.0587086762825493e-12 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000020513 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 1.0587086762825493e-12 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000041687 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.1174173525650986e-12 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000041687 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 2.1174173525650986e-12 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000084035 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.234834705130197e-12 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000084035 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 4.234834705130197e-12 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000168732 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.469669410260394e-12 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000168732 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 8.469669410260394e-12 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000338126 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.693933882052079e-11 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000338126 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 1.693933882052079e-11 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000676912 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.387867764104158e-11 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000676912 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 3.387867764104158e-11 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000001354486 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.775735528208315e-11 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000001354486 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 6.775735528208315e-11 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000002709633 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.355147105641663e-10 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000002709633 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 1.355147105641663e-10 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000005419927 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.710294211283326e-10 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000005419927 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 2.710294211283326e-10 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000010840516 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 5.420588422566652e-10 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000010840516 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 5.420588422566652e-10 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000021681692 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.0841176845133305e-09 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000021681692 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 1.0841176845133305e-09 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000043364046 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.168235369026661e-09 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000043364046 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 2.168235369026661e-09 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000086728754 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.336470738053322e-09 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000086728754 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 4.336470738053322e-09 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000173458168 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.672941476106644e-09 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000173458168 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 8.672941476106644e-09 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000346916998 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.7345882952213287e-08 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000346916998 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 1.7345882952213287e-08 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000693834657 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.4691765904426575e-08 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000693834657 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 3.4691765904426575e-08 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000001387669975 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.938353180885315e-08 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000001387669975 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 6.938353180885315e-08 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300000277534061 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.387670636177063e-07 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.300000277534061 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 1.387670636177063e-07 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000005550681883 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.775341272354126e-07 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000005550681883 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 2.775341272354126e-07 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000011101364428 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 5.550682544708252e-07 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000011101364428 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 5.550682544708252e-07 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000022202729518 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.1101365089416504e-06 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000022202729518 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 1.1101365089416504e-06 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000044405459696 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.2202730178833008e-06 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000044405459696 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 2.2202730178833008e-06 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000088810920054 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.4405460357666016e-06 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000088810920054 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 4.4405460357666016e-06 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300017762184077 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.881092071533203e-06 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.300017762184077 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 8.881092071533203e-06 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.30003552436822 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.7762184143066406e-05 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.30003552436822 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 1.7762184143066406e-05 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000710487365061 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.552436828613281e-05 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3000710487365061 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 3.552436828613281e-05 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3001420974730784 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 7.104873657226562e-05 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3001420974730784 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 7.104873657226562e-05 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300284194946223 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00014209747314453125 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.300284194946223 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.00014209747314453125 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300568389892512 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002841949462890625 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.300568389892512 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002841949462890625 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3011367797850901 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000568389892578125 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3011367797850901 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.000568389892578125 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3022735595702464 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00113677978515625 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3022735595702464 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.00113677978515625 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3045471191405589 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022735595703125 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3045471191405589 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022735595703125 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.305 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004528808594410627 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.305 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004528808594410627 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.305905761718882 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009057617188821254 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.305905761718882 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009057617188821254 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3077172851566463 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018115234377642508 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3077172851566463 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018115234377642508 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3099999999999998 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002282714843353517 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3099999999999998 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.002282714843353517 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3145654296867069 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004565429686707034 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3145654296867069 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004565429686707034 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3149999999999997 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004345703132928591 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3149999999999997 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004345703132928591 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3158691406265854 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008691406265857182 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3158691406265854 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008691406265857182 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3176074218797569 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017382812531714364 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3176074218797569 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017382812531714364 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3199999999999996 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023925781202427387 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3199999999999996 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023925781202427387 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3249999999999995 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3249999999999995 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3299999999999994 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3299999999999994 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3349999999999993 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3349999999999993 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3399999999999992 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3399999999999992 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.344999999999999 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.344999999999999 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.349999999999999 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.349999999999999 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3549999999999989 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3549999999999989 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3599999999999988 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3599999999999988 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3649999999999987 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3649999999999987 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3699999999999986 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3699999999999986 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3749999999999984 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3749999999999984 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3799999999999983 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3799999999999983 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3849999999999982 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3849999999999982 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3899999999999981 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.3899999999999981 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.394999999999998 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.394999999999998 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.399999999999998 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.399999999999998 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4049999999999978 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.4049999999999978 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4099999999999977 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.4099999999999977 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4149999999999976 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.4149999999999976 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4199999999999975 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.4199999999999975 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4249999999999974 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.4249999999999974 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4299999999999973 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.4299999999999973 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4349999999999972 ...
10-30-22 17:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:42  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Solved time: 1.4349999999999972 s
10-30-22 17:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:42  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:42  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.439999999999997 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.439999999999997 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.444999999999997 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.444999999999997 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4499999999999968 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.4499999999999968 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4549999999999967 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.4549999999999967 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4599999999999966 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.4599999999999966 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4649999999999965 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.4649999999999965 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4699999999999964 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.4699999999999964 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4749999999999963 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.4749999999999963 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4799999999999962 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.4799999999999962 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.484999999999996 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.484999999999996 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.489999999999996 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.489999999999996 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4949999999999959 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.4949999999999959 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4999999999999958 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.4999999999999958 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5049999999999957 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5049999999999957 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5099999999999956 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5099999999999956 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5149999999999955 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5149999999999955 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5199999999999954 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5199999999999954 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5249999999999952 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5249999999999952 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5299999999999951 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5299999999999951 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.534999999999995 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.534999999999995 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.539999999999995 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.539999999999995 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5449999999999948 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5449999999999948 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5499999999999947 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5499999999999947 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5549999999999946 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5549999999999946 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5599999999999945 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5599999999999945 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5649999999999944 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5649999999999944 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5699999999999943 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5699999999999943 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5749999999999942 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5749999999999942 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.579999999999994 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.579999999999994 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.584999999999994 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.584999999999994 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5899999999999939 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5899999999999939 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5947045139358718 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004704513935877936 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5947045139358718 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0047045139358778965 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5949999999999938 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00029548606412199696 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5949999999999938 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.00029548606412199696 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5955909721282378 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005909721282439939 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5955909721282378 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005909721282439939 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5967729163847257 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011819442564879878 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5967729163847257 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011819442564879878 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5991368048977017 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023638885129759757 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5991368048977017 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023638885129759757 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5999999999999936 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000863195102291936 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.5999999999999936 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.000863195102291936 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6017263902045775 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001726390204583872 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6017263902045775 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.001726390204583872 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6049999999999935 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0032736097954160215 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6049999999999935 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0032736097954160215 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.609412727038777 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004412727038783539 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.609412727038777 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004412727038783482 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6099999999999934 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005872729612164118 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6099999999999934 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005872729612164118 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6111745459224263 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011745459224328236 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6111745459224263 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011745459224328236 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.613523637767292 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023490918448656473 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.613523637767292 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023490918448656473 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6149999999999933 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014763622327014225 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6149999999999933 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014763622327014225 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6179527244653962 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002952724465402845 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6179527244653962 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.002952724465402845 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6199999999999932 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0020472755345970484 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6199999999999932 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020472755345970484 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6240945510691873 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004094551069194097 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6240945510691873 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.004094551069194097 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6249999999999931 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009054489308057967 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6249999999999931 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009054489308057967 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6268108978616047 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018108978616115934 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6268108978616047 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018108978616115934 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.629999999999993 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0031891021383883 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.629999999999993 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0031891021383883 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6339166997356656 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0039166997356725915 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6339166997356656 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.003916699735672546 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.634999999999993 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001083300264327347 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.634999999999993 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.001083300264327347 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6371666005286476 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002166600528654694 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6371666005286476 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.002166600528654694 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6399999999999928 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0028333994713451993 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6399999999999928 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0028333994713451993 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.643783660018933 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0037836600189402343 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.643783660018933 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0037836600189402603 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6449999999999927 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012163399810596331 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6449999999999927 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012163399810596331 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.647432679962112 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024326799621192663 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.647432679962112 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024326799621192663 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6499999999999926 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002567320037880627 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6499999999999926 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.002567320037880627 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6535854869558966 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003585486955903909 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6535854869558966 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0035854869559039937 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6549999999999925 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014145130440958997 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:43  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Solved time: 1.6549999999999925 s
10-30-22 17:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014145130440958997 s
10-30-22 17:43  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:43  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6578290260881843 ...
10-30-22 17:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0028290260881917995 sec...
10-30-22 17:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6578290260881843 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0028290260881917995 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6599999999999924 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002170973911808094 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6599999999999924 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.002170973911808094 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6633282567753347 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0033282567753423944 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6633282567753347 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.00332825677534232 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6649999999999923 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016717432246575736 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6649999999999923 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016717432246575736 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6683137234891634 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0033137234891712076 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6683137234891634 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0033137234891711387 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6699999999999922 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016862765108287547 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6699999999999922 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016862765108287547 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6732088590681322 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0032088590681401035 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6732088590681322 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0032088590681400575 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.674999999999992 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001791140931859836 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.674999999999992 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.001791140931859836 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6780577540923818 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003057754092389736 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6780577540923818 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0030577540923897306 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.679999999999992 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019422459076101628 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.679999999999992 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019422459076101628 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6829950899612456 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0029950899612537414 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6829950899612456 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0029950899612536386 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6849999999999918 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002004910038746255 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6849999999999918 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.002004910038746255 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6878447346931291 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0028447346931373377 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6878447346931291 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0028447346931372852 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6899999999999917 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002155265306862608 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6899999999999917 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.002155265306862608 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6928482636383337 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002848263638341919 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6928482636383337 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.002848263638342008 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6949999999999916 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021517363616578855 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6949999999999916 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0021517363616578855 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6976971517119606 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0026971517119690055 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6976971517119606 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.002697151711968937 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6999999999999915 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023028482880309564 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.6999999999999915 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023028482880309564 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7025667455293672 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002566745529375586 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7025667455293672 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.002566745529375636 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7049999999999914 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024332544706242576 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7049999999999914 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024332544706242576 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7074568998996944 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002456899899702883 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7074568998996944 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.002456899899702991 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.709817362397198 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002360462497503524 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.709817362397198 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.002360462497503546 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7099999999999913 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00018263760279335628 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7099999999999913 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.00018263760279335628 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.710365275205578 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00036527520558671256 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.710365275205578 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.00036527520558671256 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7110958256167514 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007305504111734251 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7110958256167514 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007305504111734251 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7125569264390983 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014611008223468502 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7125569264390983 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014611008223468502 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7149999999999912 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024430735608929055 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7149999999999912 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024430735608929055 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7173004089286783 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023004089286870473 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7173004089286783 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023004089286871032 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7195543986203927 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002253989691714513 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7195543986203927 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022539896917144198 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.719999999999991 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00044560137959837043 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.719999999999991 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.00044560137959837043 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7208912027591878 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008912027591967409 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7208912027591878 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008912027591967409 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7226736082775813 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017824055183934817 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7226736082775813 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017824055183934817 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7247603434304777 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002086735152896349 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7247603434304777 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020867351528963685 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.724999999999991 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002396565695133024 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.724999999999991 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002396565695133024 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7254793131390176 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004793131390266048 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7254793131390176 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004793131390266048 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7264379394170708 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009586262780532095 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7264379394170708 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009586262780532095 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7283551919731772 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001917252556106419 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7283551919731772 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.001917252556106419 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7299999999999909 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00164480802681366 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7299999999999909 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.00164480802681366 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7320342347581168 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002034234758125892 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7320342347581168 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.002034234758125919 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7340104611171323 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001976226359015529 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7340104611171323 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019762263590155094 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7349999999999908 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000989538882858465 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7349999999999908 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.000989538882858465 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7368596108955934 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018596108956026724 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7368596108955934 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018596108956026036 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7387306034230163 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018709925274230288 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7387306034230163 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018709925274229544 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7399999999999907 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012693965769743354 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7399999999999907 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012693965769743354 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7417892077370336 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017892077370429288 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7417892077370336 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017892077370429416 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7435503216474681 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017611139104346263 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7435503216474681 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.001761113910434542 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7449999999999906 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00144967835252241 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7449999999999906 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.00144967835252241 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.746675697831726 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016756978317354562 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.746675697831726 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016756978317353788 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7483270225063832 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016513246746571353 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7483270225063832 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016513246746572285 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7499131001482016 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0015860776418184135 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7499131001482016 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0015860776418183953 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7499999999999905 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.689985178889081e-05 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7499999999999905 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 8.689985178889081e-05 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7501737997035682 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00017379970357778163 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7501737997035682 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.00017379970357778163 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7505213991107238 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00034759940715556326 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7505213991107238 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.00034759940715556326 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.751216597925035 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006951988143111265 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.751216597925035 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006951988143111265 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7526069955536572 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001390397628622253 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7526069955536572 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.001390397628622253 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7541967168987083 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001589721345051075 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7541967168987083 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0015897213450510872 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7549999999999903 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008032831012820818 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7549999999999903 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008032831012820818 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7564952238229445 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014952238229542904 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7564952238229445 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014952238229541948 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7579311384884857 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00143591466554114 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7579311384884857 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014359146655411603 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7593941706630916 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014630321746057647 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7593941706630916 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014630321746058605 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7599999999999902 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006058293368986778 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7599999999999902 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006058293368986778 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7612116586737876 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012116586737973556 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7612116586737876 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012116586737973556 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7625863829969337 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001374724323146101 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7625863829969337 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013747243231461148 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7639492453030003 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013628623060665975 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7639492453030003 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013628623060666367 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7649999999999901 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010507546969897863 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7649999999999901 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010507546969897863 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7663108540118613 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001310854011871184 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7663108540118613 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013108540118711431 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7676356669519337 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013248129400725713 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7676356669519337 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013248129400724729 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7689079900753537 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012723231234200564 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7689079900753537 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012723231234199606 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.76999999999999 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010920099246363169 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.76999999999999 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010920099246363169 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7711786405722316 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011786405722416756 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7711786405722316 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.001178640572241596 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7724181231296603 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00123948255742876 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7724181231296603 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012394825574286727 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.77360845601669 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011903328870297013 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.77360845601669 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011903328870297436 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7747515899361956 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011431339195055474 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7747515899361956 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011431339195056012 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.77499999999999 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002484100637942799 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.77499999999999 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002484100637942799 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7754968201275785 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004968201275885598 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7754968201275785 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004968201275885598 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7764904603827556 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009936402551771195 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7764904603827556 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009936402551771195 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7775607884324862 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010703280497306419 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7775607884324862 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010703280497306178 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.77870027829826 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011394898657737412 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.77870027829826 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.001139489865773724 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7797945475412653 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010942692430052738 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7797945475412653 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010942692430053746 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7799999999999898 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002054524587244977 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:44  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Solved time: 1.7799999999999898 s
10-30-22 17:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002054524587244977 s
10-30-22 17:44  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:44  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7804109049174388 ...
10-30-22 17:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004109049174489954 sec...
10-30-22 17:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7804109049174388 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004109049174489954 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7812327147523368 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008218098348979908 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7812327147523368 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008218098348979908 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7822718984141703 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001039183661833556 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7822718984141703 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010391836618335315 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.783269789612315 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009978911981448368 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.783269789612315 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009978911981447514 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7842733955986128 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010036059862975747 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7842733955986128 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010036059862976732 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7849999999999897 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007266044013769513 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7849999999999897 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007266044013769513 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.785934919418115 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009349194181254383 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.785934919418115 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009349194181254017 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7868326622681967 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008977428500816615 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7868326622681967 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008977428500815954 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7877373977382327 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009047354700359033 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7877373977382327 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.000904735470036 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7886513211294828 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009139233912501764 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7886513211294828 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.000913923391250071 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7895522908749455 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009009697454628121 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7895522908749455 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009009697454627208 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7899999999999896 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00044770912504410454 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7899999999999896 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.00044770912504410454 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7908954182500778 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008954182500882091 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7908954182500778 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008954182500882091 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.791781030961627 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008856127115493183 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.791781030961627 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008856127115492995 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.79263144176733 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008504108057027804 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.79263144176733 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008504108057028059 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.793497828237375 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008663864700450884 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.793497828237375 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008663864700451107 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7943297688816762 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008319406443011202 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7943297688816762 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008319406443011435 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7949999999999895 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006702311183133247 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7949999999999895 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006702311183133247 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7957722218737127 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007722218737231085 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7957722218737127 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007722218737231668 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7965616779224043 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007894560486915799 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7965616779224043 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.000789456048691628 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.797371989592715 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008103116703106385 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.797371989592715 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008103116703106483 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7981500710091043 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007780814163893873 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7981500710091043 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007780814163893535 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7988972028358199 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007471318267155494 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7988972028358199 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007471318267155969 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7996675583733868 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007703555375668213 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7996675583733868 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007703555375668802 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7999999999999894 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003324416266026198 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.7999999999999894 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003324416266026198 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8006648832531946 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006648832532052396 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8006648832531946 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006648832532052396 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8013932200198262 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007283367666314697 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8013932200198262 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007283367666315321 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8021503195862711 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007570995664449888 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8021503195862711 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007570995664449853 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.802877292729948 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007269731436767746 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.802877292729948 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007269731436767568 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.803605332026209 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007280392962611741 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.803605332026209 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007280392962611959 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.804304398037611 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006990660114019336 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.804304398037611 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006990660114019054 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8049999999999893 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006956019623782783 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8049999999999893 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006956019623782783 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8057037674475995 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007037674476101877 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8057037674475995 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007037674476102485 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8063795219216392 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006757544740395752 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8063795219216392 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006757544740396693 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.807028376551103 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006488546294638242 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.807028376551103 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006488546294638464 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.807715330582017 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006869540309141127 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.807715330582017 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.000686954030914011 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.808494071165056 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007787405830389064 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.808494071165056 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007787405830388394 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8092418215770845 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007477504120286108 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8092418215770845 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007477504120285694 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.809959821457482 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007179998803974515 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.809959821457482 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007179998803974463 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8099999999999892 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.017854250726316e-05 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8099999999999892 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 4.017854250726316e-05 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8100803570850037 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.035708501452632e-05 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8100803570850037 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 8.035708501452632e-05 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8102410712550328 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00016071417002905264 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8102410712550328 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.00016071417002905264 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8105624995950909 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003214283400581053 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8105624995950909 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003214283400581053 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.811205356275207 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006428566801162106 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.811205356275207 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006428566801162106 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8119321977598466 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007268414846394186 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8119321977598466 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007268414846395288 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8126301044556574 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006979066958107719 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8126301044556574 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006979066958108238 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8133002336211557 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006701291654981639 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8133002336211557 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006701291654982455 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.814107143600812 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008069099796562765 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.814107143600812 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008069099796563783 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8149533569564953 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008462133556832858 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8149533569564953 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008462133556832452 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.814999999999989 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.6643043493777014e-05 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.814999999999989 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 4.6643043493777014e-05 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8150932860869766 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 9.328608698755403e-05 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8150932860869766 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 9.328608698755403e-05 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8152798582609517 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00018657217397510806 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8152798582609517 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.00018657217397510806 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.815653002608902 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003731443479502161 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.815653002608902 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003731443479502161 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8163992913048024 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007462886959004322 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8163992913048024 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007462886959004322 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8173231196712172 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009238283664148735 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8173231196712172 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009238283664148028 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.818210209924619 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008870902534017301 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.818210209924619 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008870902534017233 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8193050953460863 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001094885421467393 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8193050953460863 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010948854214674064 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.819999999999989 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006949046539026504 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.819999999999989 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006949046539026504 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8213898093077943 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013898093078053009 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8213898093077943 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013898093078053009 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8227635070703219 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013736977625275616 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8227635070703219 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013736977625276037 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8249999999999889 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002236492929666989 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8249999999999889 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.002236492929666989 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8284021894087878 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003402189408798955 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8284021894087878 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0034021894087989946 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8299999999999887 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0015978105912008989 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8299999999999887 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0015978105912008989 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8331956211823905 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0031956211824017977 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8331956211823905 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0031956211824017977 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8349999999999886 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018043788175980957 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8349999999999886 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018043788175980957 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8386087576351848 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0036087576351961914 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8386087576351848 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0036087576351961914 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8399999999999885 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001391242364803702 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8399999999999885 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.001391242364803702 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.842782484729596 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002782484729607404 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.842782484729596 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.002782484729607404 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8449999999999884 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022175152703924894 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8449999999999884 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022175152703924894 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8494350305407734 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004435030540784979 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8494350305407734 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.004435030540784979 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8499999999999883 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005649694592149146 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8499999999999883 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005649694592149146 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8511299389184181 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011299389184298292 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8511299389184181 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011299389184298292 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8533898167552778 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022598778368596584 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8533898167552778 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022598778368596584 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8549999999999882 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016101832447104059 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8549999999999882 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016101832447104059 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.858220366489409 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0032203664894208117 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.858220366489409 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0032203664894208117 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.859999999999988 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017796335105790817 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.859999999999988 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017796335105790817 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8635592670211463 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0035592670211581634 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8635592670211463 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0035592670211581634 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.864999999999988 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00144073297884173 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.864999999999988 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.00144073297884173 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8678814659576715 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00288146595768346 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8678814659576715 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.00288146595768346 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.869999999999988 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021185340423164334 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.869999999999988 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0021185340423164334 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8742370680846208 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004237068084632867 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8742370680846208 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.004237068084632867 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8749999999999878 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007629319153670266 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8749999999999878 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007629319153670266 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8765258638307218 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0015258638307340533 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8765258638307218 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0015258638307340533 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.87957759149219 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0030517276614681066 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.87957759149219 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0030517276614681066 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8799999999999877 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00042240850779773353 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8799999999999877 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.00042240850779773353 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8808448170155831 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008448170155954671 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8808448170155831 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008448170155954671 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.882534451046774 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016896340311909341 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.882534451046774 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016896340311909341 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8849999999999876 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002465548953213492 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8849999999999876 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.002465548953213492 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8899999999999875 ...
10-30-22 17:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 17:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:45  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Solved time: 1.8899999999999875 s
10-30-22 17:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:45  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:45  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 17:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 17:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8949999999999874 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 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 1 iterations
10-30-22 17:46  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 1.8949999999999874 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
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 = 1.9 ...
10-30-22 17:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00500000000001255 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 1 iterations
10-30-22 17:46  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 17:46  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 17:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Solved time: 1.9 s
10-30-22 17:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.00500000000001255 s
10-30-22 17:46  PyFrac.controller.run                    INFO      Element in the crack: 1665
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Nx: 59
10-30-22 17:46  PyFrac.controller.run                    DEBUG     Ny: 59
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hx: 0.017241379310344827
10-30-22 17:46  PyFrac.controller.run                    DEBUG     hy: 0.017241379310344827
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.run                    INFO      Final time = 1.9
10-30-22 17:46  PyFrac.controller.run                    INFO      -----Simulation finished------
10-30-22 17:46  PyFrac.controller.run                    INFO      number of time steps = 836
10-30-22 17:46  PyFrac.controller.run                    INFO      failed time steps = 0
10-30-22 17:46  PyFrac.controller.run                    INFO      number of remeshings = 0
