10-30-22 18:11  PyFrac.general                           INFO      Log file set up
10-30-22 18:11  PyFrac.controller.run                    INFO      Making elasticity matrix...
10-30-22 18:11  PyFrac.controller.run                    INFO      Done!
10-30-22 18:11  PyFrac.controller.run                    INFO      Starting time = 0.004656227080332661
10-30-22 18:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.005031697886081012 ...
10-30-22 18:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00037547080574835116 sec...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00889544609889148
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017129998678393488
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003316248654124572
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003316248654124572
10-30-22 18:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Solved time: 0.005031697886081012 s
10-30-22 18:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.000375470805748351 s
10-30-22 18:11  PyFrac.controller.run                    INFO      Element in the crack: 121
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.005404611770490695 ...
10-30-22 18:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00037291388440968286 sec...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011508847869019068
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002026791339247991
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00035934065275977645
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00035934065275977645
10-30-22 18:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Solved time: 0.005404611770490695 s
10-30-22 18:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.00037291388440968253 s
10-30-22 18:11  PyFrac.controller.run                    INFO      Element in the crack: 121
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.005792099124652722 ...
10-30-22 18:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00038748735416202783 sec...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012150105990511436
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002222545159905017
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00040992250018967447
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00040992250018967447
10-30-22 18:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Solved time: 0.005792099124652722 s
10-30-22 18:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.00038748735416202756 s
10-30-22 18:11  PyFrac.controller.run                    INFO      Element in the crack: 121
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0061974650449502944 ...
10-30-22 18:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004053659202975719 sec...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014794488480919465
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028830611858151243
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005706427131490314
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005706427131490314
10-30-22 18:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Solved time: 0.0061974650449502944 s
10-30-22 18:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.00040536592029757207 s
10-30-22 18:11  PyFrac.controller.run                    INFO      Element in the crack: 129
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0066229179828427975 ...
10-30-22 18:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00042545293789250324 sec...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0163461425010184
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0027789578359530553
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00045460543242207646
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00045460543242207646
10-30-22 18:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Solved time: 0.0066229179828427975 s
10-30-22 18:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.000425452937892503 s
10-30-22 18:11  PyFrac.controller.run                    INFO      Element in the crack: 137
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.007070008269830308 ...
10-30-22 18:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004470902869875104 sec...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01545145175852706
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0022878321238416857
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003377449761424363
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003377449761424363
10-30-22 18:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Solved time: 0.007070008269830308 s
10-30-22 18:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004470902869875108 s
10-30-22 18:11  PyFrac.controller.run                    INFO      Element in the crack: 137
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.007540057536397316 ...
10-30-22 18:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00047004926656700756 sec...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016888825853887734
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0026229351268430476
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004058308933148809
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004058308933148809
10-30-22 18:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Solved time: 0.007540057536397316 s
10-30-22 18:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.00047004926656700734 s
10-30-22 18:11  PyFrac.controller.run                    INFO      Element in the crack: 137
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.008034636488721858 ...
10-30-22 18:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004945789523245421 sec...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018554540468835052
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003085066909749227
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005128045704808256
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005128045704808256
10-30-22 18:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Solved time: 0.008034636488721858 s
10-30-22 18:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.000494578952324542 s
10-30-22 18:11  PyFrac.controller.run                    INFO      Element in the crack: 145
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.008555349325356877 ...
10-30-22 18:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000520712836635019 sec...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018000855206840843
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002527535798240832
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003605861689968866
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003605861689968866
10-30-22 18:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Solved time: 0.008555349325356877 s
10-30-22 18:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005207128366350195 s
10-30-22 18:11  PyFrac.controller.run                    INFO      Element in the crack: 145
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.009103659641365327 ...
10-30-22 18:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005483103160084493 sec...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.018760606178045054
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0027336646121439343
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00040165480027343214
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00040165480027343214
10-30-22 18:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Solved time: 0.009103659641365327 s
10-30-22 18:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005483103160084501 s
10-30-22 18:11  PyFrac.controller.run                    INFO      Element in the crack: 145
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.009681090298470734 ...
10-30-22 18:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005774306571054067 sec...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017385537643054696
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0026916271979887186
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:11  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00043219400001781594
10-30-22 18:11  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00043219400001781594
10-30-22 18:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Solved time: 0.009681090298470734 s
10-30-22 18:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005774306571054068 s
10-30-22 18:11  PyFrac.controller.run                    INFO      Element in the crack: 161
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.010289243687337043 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006081533888663097 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.1253530878645164
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0024905095984824044
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003624418772480986
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003624418772480986
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.010289243687337043 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006081533888663091 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 177
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.010929828946382591 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006405852590455487 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0155891291291242
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016594397547691844
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017816586731767003
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00017816586731767003
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.010929828946382591 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.000640585259045548 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 177
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.011604103081076724 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006742741346941329 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01776559832796127
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0019446960164645993
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021673366461349985
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00021673366461349985
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.011604103081076724 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006742741346941333 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 177
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.012313647136198315 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007095440551215912 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01900903657488806
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002227958044246327
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000266475560751608
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.000266475560751608
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.012313647136198315 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007095440551215908 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 185
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.013060246747933539 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007465996117352242 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01809219982885197
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001980897086721445
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022054555970361735
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00022054555970361735
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.013060246747933539 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007465996117352238 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 193
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.013845663179663237 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007854164317296983 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.015716865754502023
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001644007239242232
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016535120282158897
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00016535120282158897
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.013845663179663237 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007854164317296977 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 193
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.014656227080332661 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008105639006694247 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009592773130157606
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010692771763045616
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011392632814977155
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00011392632814977155
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.014656227080332661 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008105639006694247 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 213
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.015523679196586693 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008674521162540321 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014391466191052749
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001156041128659746
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.093155616141102e-05
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 9.093155616141102e-05
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.015523679196586693 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008674521162540319 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 221
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.016435135833258764 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009114566366720709 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.10908270724018776
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011106757010371227
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.029523065962053e-05
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 9.029523065962053e-05
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.016435135833258764 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009114566366720707 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 233
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.017392477349006227 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009573415157474628 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011581639643167219
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008316329916768783
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0008316329916768783
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.017392477349006227 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009573415157474625 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 241
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.018397568591214407 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010050912422081817 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010922127262882109
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006771297307797131
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006771297307797131
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.018397568591214407 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010050912422081802 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 241
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.019452303532371294 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010547349411568873 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04654018770284887
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002674358403192103
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002674358403192103
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.019452303532371294 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010547349411568867 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 261
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.019656227080332662 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00020392354796136894 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00419844980838846
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006187189758509367
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006187189758509367
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.019656227080332662 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.00020392354796136894 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 261
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0200640741762554 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004078470959227379 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007023716824799742
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007378729011553946
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007378729011553946
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.0200640741762554 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004078470959227379 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 261
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.020879768368100876 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008156941918454758 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010818396429045732
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007185174508029432
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0007185174508029432
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.020879768368100876 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008156941918454758 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 277
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.022055980944663055 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00117621257656218 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 18 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.10193248590974274
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002343043610265975
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002343043610265975
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.022055980944663055 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011762125765621793 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 293
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.02328887990002778 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012328989553647253 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007035615352585505
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002543471929024537
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002543471929024537
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.02328887990002778 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012328989553647245 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 293
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.024580423118464756 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012915432184369773 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00672308532166108
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011189301765826245
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011189301765826245
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.024580423118464756 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.001291543218436976 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 301
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.024656227080332663 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 7.580396186790753e-05 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013187235898134296
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002568152656017533
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002568152656017533
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.024656227080332663 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 7.580396186790753e-05 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 301
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.02480783500406848 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00015160792373581505 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030732801346667277
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000494461608044203
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000494461608044203
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.02480783500406848 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.00015160792373581505 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 301
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.02511105085154011 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003032158474716301 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0059355031997735275
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000757019438852227
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000757019438852227
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.02511105085154011 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003032158474716301 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 305
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.02571748254648337 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006064316949432602 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.10331012530276122
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000632759233695484
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000632759233695484
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.02571748254648337 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006064316949432602 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 313
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.02693034593636989 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012128633898865204 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003449090557950285
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0003449090557950285
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.02693034593636989 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012128633898865204 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 325
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.02839273194014557 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014623860037756818 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0033864910096466083
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011279541275701632
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011279541275701632
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.02839273194014557 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014623860037756807 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 341
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.029656227080332664 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012634951401870945 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005360875943006338
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.984548618569121e-05
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.984548618569121e-05
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.029656227080332664 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012634951401870945 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 349
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03124432316653638 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0015880960862037137 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009106302171912439
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0009106302171912439
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.03124432316653638 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.001588096086203715 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 357
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0329047305683072 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001660407401770818 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0033422025109595133
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021867895631588752
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00021867895631588752
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.0329047305683072 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016604074017708206 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 373
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03465622708033267 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017514965120254689 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005242533389285678
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.812296155055014e-05
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.812296155055014e-05
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.03465622708033267 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017514965120254689 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 385
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.03646979031509354 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018135632347608761 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0025907637746155647
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029297909860401006
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00029297909860401006
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.03646979031509354 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018135632347608746 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 405
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.038363909827270996 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001894119512177455 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005967926108650671
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003621717673596627
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003621717673596627
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.038363909827270996 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018941195121774529 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 421
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.039656227080332666 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00129231725306167 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0018223278596305257
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.7464590549364232e-05
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 2.7464590549364232e-05
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.039656227080332666 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.00129231725306167 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 429
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.041689186960477985 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00203295988014532 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010720779956367837
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000141260313265173
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000141260313265173
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.041689186960477985 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020329598801453186 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 437
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.04380959372097934 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002120406760501352 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01058906740844967
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.065672870683788e-05
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 7.065672870683788e-05
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.04380959372097934 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0021204067605013546 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 465
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.044656227080332664 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008466333593533243 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004224859395013232
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023297980767781704
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023297980767781704
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.044656227080332664 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008466333593533243 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 465
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.04634949379903931 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016932667187066486 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004361319071065036
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016778750237333995
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00016778750237333995
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.04634949379903931 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016932667187066486 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 481
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.048667473782590155 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023179799835508436 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013718985634215622
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017993471797724445
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00017993471797724445
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.048667473782590155 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023179799835508427 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 497
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.04965622708033267 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009887532977425131 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004571119246753612
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022624254870133123
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00022624254870133123
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.04965622708033267 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009887532977425131 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 497
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.051633733675817695 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019775065954850263 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008853794425088601
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.581953313833928e-05
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.581953313833928e-05
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.051633733675817695 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019775065954850263 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 517
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.054170477601434217 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0025367439256165207 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06024231808885613
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013285540418403279
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.156667923797656e-05
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 8.156667923797656e-05
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.054170477601434217 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.002536743925616522 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 525
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05465622708033267 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004857494788984562 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005262459234998869
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005699708812262708
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005699708812262708
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.05465622708033267 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004857494788984562 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 533
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.055627726038129585 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009714989577969124 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002764027949810318
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015110574775782754
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015110574775782754
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.055627726038129585 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009714989577969124 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 545
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05757072395372341 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019429979155938248 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008727996598247856
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00011399394928214034
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00011399394928214034
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.05757072395372341 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019429979155938248 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 553
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.05965622708033268 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002085503126609267 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009576262701119553
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.898557573226229e-05
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 1.898557573226229e-05
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.05965622708033268 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.002085503126609267 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 577
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.0625182275079309 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0028620004275982302 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028210142897753494
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.001286039879037509
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.20054858042845e-05
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 4.20054858042845e-05
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.0625182275079309 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.002862000427598224 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 593
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.06465622708033267 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021379995724017664 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01450188256307079
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00040484137669081723
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00040484137669081723
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.06465622708033267 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0021379995724017664 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 593
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.06771463577021247 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003058408689879801 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.025117559585169653
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03649382861870169
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.036896523833654334
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009815866974660636
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0009815866974660636
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.06771463577021247 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0030584086898798046 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 621
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.06965622708033267 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019415913101201998 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06350911885168557
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002669212748477153
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0002669212748477153
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.06965622708033267 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019415913101201998 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 633
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07290877770129428 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003252550620961606 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02836558795662349
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014108905737212827
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.028319225790611e-05
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 4.028319225790611e-05
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.07290877770129428 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0032525506209616084 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 665
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07465622708033268 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001747449379038396 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007119297134335678
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07142191185152973
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.449931928192194e-05
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 6.449931928192194e-05
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.07465622708033268 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.001747449379038396 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 673
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07809895779959203 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0034427307192593545 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03658114994627689
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029833893146058443
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002640494263197774
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002640494263197774
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.07809895779959203 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0034427307192593515 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 681
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.07965622708033268 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001557269280740653 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0031870416413294833
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.220837863375766e-05
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 9.220837863375766e-05
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.07965622708033268 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.001557269280740653 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 697
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.08277076564181399 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003114538561481306 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.030273909261051616
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0021979329296106798
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012236455909094465
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00012236455909094465
10-30-22 18:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Solved time: 0.08277076564181399 s
10-30-22 18:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.003114538561481306 s
10-30-22 18:12  PyFrac.controller.run                    INFO      Element in the crack: 717
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.08465622708033267 ...
10-30-22 18:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018854614385186846 sec...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007661925909914894
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:12  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:12  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.611248733221828e-05
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.611248733221828e-05
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.08465622708033267 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018854614385186846 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 725
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.08842714995737004 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0037709228770373693 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.034729768152128374
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002819142423446112
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023828693463047538
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00023828693463047538
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.08842714995737004 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0037709228770373693 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 749
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.08965622708033268 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012290771229626352 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002328590064683548
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.379245794583785e-05
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.379245794583785e-05
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.08965622708033268 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012290771229626352 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 749
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09211438132625795 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024581542459252703 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.050683435152001265
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005788976463451334
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005788976463451334
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.09211438132625795 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024581542459252703 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 769
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09465622708033268 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002541845754074734 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04588358278206842
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009157026102260583
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0009157026102260583
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.09465622708033268 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.002541845754074734 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 777
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09883290468098335 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004176677600650679 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009156428431590532
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0046551009116420515
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005035776581040116
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005035776581040116
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.09883290468098335 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.004176677600650672 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 793
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.09965622708033268 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008233223993493327 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0035784078066043445
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024537134695468144
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00024537134695468144
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.09965622708033268 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008233223993493327 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 805
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10130287187903135 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016466447986986654 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002820981770159048
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012571644448172714
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00012571644448172714
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.10130287187903135 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016466447986986654 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 829
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10465622708033269 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003353355201301339 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03266701703924846
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0023504530561455628
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020605027932102393
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00020605027932102393
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.10465622708033269 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.003353355201301339 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 845
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10918675216803261 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004530525087699924 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.050077648226170335
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005400058094939542
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005534653047545857
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005534653047545857
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.10918675216803261 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.004530525087699924 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 869
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.10965622708033268 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00046947491230006633 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004429358167134911
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000504736249928861
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000504736249928861
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.10965622708033268 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.00046947491230006633 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 869
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11059517690493281 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009389498246001327 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0040340368938815985
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00028956449130168593
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00028956449130168593
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.11059517690493281 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009389498246001327 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 869
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11247307655413308 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018778996492002653 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00731070120922428
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.511257212005184e-05
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.511257212005184e-05
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.11247307655413308 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018778996492002653 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 877
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11465622708033268 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0021831505261996065 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01260922064624559
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024204710432718102
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00024204710432718102
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.11465622708033268 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0021831505261996065 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 885
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1190225281327319 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004366301052399213 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016793009644227423
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005201317627532418
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006119752834954623
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0006119752834954623
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.1190225281327319 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.004366301052399213 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 917
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.11965622708033269 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006336989476007915 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004186817509307265
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004031459937431696
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004031459937431696
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.11965622708033269 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006336989476007915 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 925
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.12092362497553427 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001267397895201583 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003173824227837982
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0003173824227837982
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.12092362497553427 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.001267397895201583 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 933
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.12345842076593744 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002534795790403166 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01750154768648325
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005057501724764033
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0005057501724764033
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.12345842076593744 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.002534795790403166 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 949
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.12465622708033268 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011978063143952417 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002369628989759153
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013946868583617424
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00013946868583617424
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.12465622708033268 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011978063143952417 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 949
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.12705183970912315 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023956126287904833 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.10323165688589227
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004321323555174881
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004321323555174881
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.12705183970912315 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023956126287904694 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 949
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.12965622708033267 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002604387371209521 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.016601217603957084
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004900184344633645
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004900184344633645
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.12965622708033267 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.002604387371209521 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 973
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.13465622708033267 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00397316773587906
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007545083778266146
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010059860900140235
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014652608264351924
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.00014652608264351924
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.13465622708033267 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 989
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.13965622708033268 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0939829325266796
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007483792331614538
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009689278906079454
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0009689278906079454
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.13965622708033268 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 1005
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.14465622708033268 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009562179196304952
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006495327450934063
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009261011880639103
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0009261011880639103
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.14465622708033268 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 1041
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1496562270803327 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06029711396876428
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0065864422813762934
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008468453654440427
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0008468453654440427
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.1496562270803327 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 1069
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.15465622708033266 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.055500355234505944
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006816927917800382
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008240348633262605
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0008240348633262605
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.15465622708033266 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 1093
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.15965622708033267 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013291916183233196
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007935868560032885
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011115375650951147
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017574045590053168
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.00017574045590053168
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.15965622708033267 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 1109
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.16465622708033267 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05423573614690122
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007379202500019666
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009881613099953254
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0009881613099953254
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.16465622708033267 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 1125
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.16965622708033268 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.056775190557605645
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007062195620281162
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010089478496359753
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001547684237327137
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0001547684237327137
10-30-22 18:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Solved time: 0.16965622708033268 s
10-30-22 18:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:13  PyFrac.controller.run                    INFO      Element in the crack: 1153
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.17465622708033268 ...
10-30-22 18:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:13  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:13  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.055942491964485364
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006191573648276996
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007243918985446273
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0007243918985446273
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.17465622708033268 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1185
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1796562270803327 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05495138247244578
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006887111518124051
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008790271498071434
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0008790271498071434
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.1796562270803327 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1201
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1846562270803327 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.026971798704656387
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006958908147885941
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008856206077944544
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0008856206077944544
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.1846562270803327 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1225
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1896562270803327 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05567288188959383
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007415380441663432
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009757197186116503
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0009757197186116503
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.1896562270803327 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1245
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.1946562270803327 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04751993693707659
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007253918376809843
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009826290068530418
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0009826290068530418
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.1946562270803327 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1265
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.19965622708033268 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.049213663671292276
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006541782775383087
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008587372586143615
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0008587372586143615
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.19965622708033268 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1305
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.20465622708033268 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.057674497114076836
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007040327296696347
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009275676382911157
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0009275676382911157
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.20465622708033268 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1313
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.20965622708033269 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.09697641764824487
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006422538306035008
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007791334122074112
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0007791334122074112
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.20965622708033269 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1329
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2146562270803327 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002071217288121474
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006500262249294763
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00076068486799441
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00076068486799441
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.2146562270803327 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1353
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2196562270803327 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05480119698700303
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0070866828879272425
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008999926210637276
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0008999926210637276
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.2196562270803327 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1369
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2246562270803327 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0215668977541144
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007530658767920517
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010510589329042475
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-30-22 18:14  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001570250463234224
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.0001570250463234224
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.2246562270803327 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1377
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2296562270803327 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07208148446438731
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006454113030520216
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008502047481703827
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0008502047481703827
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.2296562270803327 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1413
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.23465622708033268 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999977 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.044449949814215864
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006261862954905119
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007974562791793918
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0007974562791793918
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.23465622708033268 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999977 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1433
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.23965622708033268 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005237202515769181
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006208850702185724
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007282487685800833
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0007282487685800833
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.23965622708033268 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1457
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2446562270803327 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05519049829112211
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006657244483213682
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008160023359622297
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0008160023359622297
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.2446562270803327 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1481
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2496562270803327 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009578923523034143
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007154706515141385
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009185936695137136
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0009185936695137136
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.2496562270803327 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1481
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2546562270803327 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.045877198099037016
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006386046541560238
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007923521466784407
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0007923521466784407
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.2546562270803327 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1497
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2596562270803327 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009389168997050748
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0009389168997050748
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.2596562270803327 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1533
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2646562270803327 ...
10-30-22 18:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004589532767336202
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006253218142557738
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:14  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007651572952255169
10-30-22 18:14  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0007651572952255169
10-30-22 18:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Solved time: 0.2646562270803327 s
10-30-22 18:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:14  PyFrac.controller.run                    INFO      Element in the crack: 1557
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2696562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006839908463125917
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006213552011170878
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007741076475415392
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0007741076475415392
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.2696562270803327 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1573
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2746562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.051718360662174785
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005745569054344121
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006624713029879911
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0006624713029879911
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.2746562270803327 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1597
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2796562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0318476682371916
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006229134919060348
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000731635905428715
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.000731635905428715
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.2796562270803327 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1605
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2846562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03972013183618001
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005704551473748639
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006445935354508366
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0006445935354508366
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.2846562270803327 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1617
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.28965622708033273 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05030827061528453
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00580258824823445
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006209701752017758
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0006209701752017758
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.28965622708033273 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2946562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999949 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010806169455286785
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006929675862563817
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008644328372356857
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0008644328372356857
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.2946562270803327 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999949 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1649
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.2996562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030913121539275696
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005712454323255941
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006774094100338169
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0006774094100338169
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.2996562270803327 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1677
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3046562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0042683638589555125
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005672043502738441
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04281134773242565
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 5
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019009367651287457
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 5 iterations with norm = 0.00019009367651287457
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.3046562270803327 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1693
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3096562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0038121895814571647
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004803107645234568
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005107968639902144
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005107968639902144
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.3096562270803327 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1725
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3146562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010400861770575144
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005458535062762408
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005626228073630248
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005626228073630248
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.3146562270803327 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1741
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3196562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05412468069445191
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03758361960646624
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007539538279075015
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0007539538279075015
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.3196562270803327 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1749
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3246562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0361085380070633
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005410329580385333
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005716414620313885
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005716414620313885
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.3246562270803327 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1765
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3296562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007467250525842734
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005786582568201033
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006600691508957523
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0006600691508957523
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.3296562270803327 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1781
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3346562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05061136204410851
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005677867003831346
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006224791881478446
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0006224791881478446
10-30-22 18:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Solved time: 0.3346562270803327 s
10-30-22 18:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:15  PyFrac.controller.run                    INFO      Element in the crack: 1789
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3396562270803327 ...
10-30-22 18:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:15  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.017634061190208876
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:15  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:15  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006032428637245648
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:15  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:16  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007213302744591734
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0007213302744591734
10-30-22 18:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Solved time: 0.3396562270803327 s
10-30-22 18:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:16  PyFrac.controller.run                    INFO      Element in the crack: 1801
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3446562270803327 ...
10-30-22 18:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03769665976868519
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005176320249257627
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005445190090764829
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005445190090764829
10-30-22 18:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Solved time: 0.3446562270803327 s
10-30-22 18:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:16  PyFrac.controller.run                    INFO      Element in the crack: 1837
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3496562270803327 ...
10-30-22 18:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00835596135618455
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005196544664916998
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005401445171682914
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005401445171682914
10-30-22 18:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Solved time: 0.3496562270803327 s
10-30-22 18:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:16  PyFrac.controller.run                    INFO      Element in the crack: 1861
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.35465622708033273 ...
10-30-22 18:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01111775819499298
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005642868364998055
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006481069190697278
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0006481069190697278
10-30-22 18:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Solved time: 0.35465622708033273 s
10-30-22 18:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:16  PyFrac.controller.run                    INFO      Element in the crack: 1877
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.35965622708033274 ...
10-30-22 18:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01060667732497711
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005286357238699931
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005660940470331166
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005660940470331166
10-30-22 18:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Solved time: 0.35965622708033274 s
10-30-22 18:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:16  PyFrac.controller.run                    INFO      Element in the crack: 1885
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.36465622708033274 ...
10-30-22 18:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0495951009415756
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005268227783642369
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000568632758973416
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.000568632758973416
10-30-22 18:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Solved time: 0.36465622708033274 s
10-30-22 18:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:16  PyFrac.controller.run                    INFO      Element in the crack: 1901
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.36965622708033274 ...
10-30-22 18:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008374583550253186
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005096005514424092
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005207835737153962
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005207835737153962
10-30-22 18:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Solved time: 0.36965622708033274 s
10-30-22 18:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:16  PyFrac.controller.run                    INFO      Element in the crack: 1917
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.37465622708033275 ...
10-30-22 18:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00834894284943751
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005482098603931747
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005863505855803938
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005863505855803938
10-30-22 18:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Solved time: 0.37465622708033275 s
10-30-22 18:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:16  PyFrac.controller.run                    INFO      Element in the crack: 1933
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3796562270803327 ...
10-30-22 18:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999949 sec...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00929373144274881
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005381090372364857
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005404535211732675
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005404535211732675
10-30-22 18:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Solved time: 0.3796562270803327 s
10-30-22 18:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999949 s
10-30-22 18:16  PyFrac.controller.run                    INFO      Element in the crack: 1941
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3846562270803327 ...
10-30-22 18:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:16  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03485406666312393
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005433510036527478
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005812930755190552
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005812930755190552
10-30-22 18:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Solved time: 0.3846562270803327 s
10-30-22 18:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:16  PyFrac.controller.run                    INFO      Element in the crack: 1957
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3896562270803327 ...
10-30-22 18:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.046322755761766955
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005310066974006489
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005860452664151694
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005860452664151694
10-30-22 18:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Solved time: 0.3896562270803327 s
10-30-22 18:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:16  PyFrac.controller.run                    INFO      Element in the crack: 1993
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3946562270803327 ...
10-30-22 18:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010155138155340922
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03490733527680263
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006200212324330324
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0006200212324330324
10-30-22 18:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Solved time: 0.3946562270803327 s
10-30-22 18:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:16  PyFrac.controller.run                    INFO      Element in the crack: 2001
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.3996562270803327 ...
10-30-22 18:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.047063869718464206
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0044655388871787235
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:16  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004439419344680573
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004439419344680573
10-30-22 18:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Solved time: 0.3996562270803327 s
10-30-22 18:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:16  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4046562270803327 ...
10-30-22 18:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 16 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010015285417100443
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004831755310681416
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000505057189295357
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.000505057189295357
10-30-22 18:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Solved time: 0.4046562270803327 s
10-30-22 18:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:17  PyFrac.controller.run                    INFO      Element in the crack: 2025
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4096562270803327 ...
10-30-22 18:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00540698511432538
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004285587838073397
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00040990015854688974
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00040990015854688974
10-30-22 18:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Solved time: 0.4096562270803327 s
10-30-22 18:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:17  PyFrac.controller.run                    INFO      Element in the crack: 2053
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.41465622708033273 ...
10-30-22 18:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05110802533476331
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0047586203150665795
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00042699005988929174
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00042699005988929174
10-30-22 18:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Solved time: 0.41465622708033273 s
10-30-22 18:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:17  PyFrac.controller.run                    INFO      Element in the crack: 2077
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.41965622708033273 ...
10-30-22 18:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.054086197555658445
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005560356920011245
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005773732735644899
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005773732735644899
10-30-22 18:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Solved time: 0.41965622708033273 s
10-30-22 18:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:17  PyFrac.controller.run                    INFO      Element in the crack: 2085
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.42465622708033274 ...
10-30-22 18:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.051454538877941755
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005174146750640247
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005154385633466774
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005154385633466774
10-30-22 18:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Solved time: 0.42465622708033274 s
10-30-22 18:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:17  PyFrac.controller.run                    INFO      Element in the crack: 2093
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.42965622708033274 ...
10-30-22 18:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.07073756730538278
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.005212582802353793
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005445653979235487
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0005445653979235487
10-30-22 18:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Solved time: 0.42965622708033274 s
10-30-22 18:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:17  PyFrac.controller.run                    INFO      Element in the crack: 2093
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.43465622708033275 ...
10-30-22 18:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:17  PyFrac.continuous_front_reconstruction   DEBUG     deleted 8 points on the same edge that leads to sub resolution
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004178970451757138
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004556373654999248
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004569143431709222
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004569143431709222
10-30-22 18:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Solved time: 0.43465622708033275 s
10-30-22 18:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:17  PyFrac.controller.run                    INFO      Element in the crack: 2117
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.43965622708033275 ...
10-30-22 18:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.045619652486328106
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0047465130474477245
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00047324895363594246
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00047324895363594246
10-30-22 18:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Solved time: 0.43965622708033275 s
10-30-22 18:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:17  PyFrac.controller.run                    INFO      Element in the crack: 2145
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.44465622708033276 ...
10-30-22 18:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008260356136853959
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004489226902112073
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00044703599749513936
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00044703599749513936
10-30-22 18:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Solved time: 0.44465622708033276 s
10-30-22 18:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:17  PyFrac.controller.run                    INFO      Element in the crack: 2161
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.44965622708033276 ...
10-30-22 18:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009072992205724986
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0041934165209196635
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:17  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003770503867071348
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003770503867071348
10-30-22 18:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Solved time: 0.44965622708033276 s
10-30-22 18:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:17  PyFrac.controller.run                    INFO      Element in the crack: 2177
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4546562270803327 ...
10-30-22 18:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999949 sec...
10-30-22 18:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028348829218796112
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03398871777838371
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004942536075947993
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004942536075947993
10-30-22 18:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Solved time: 0.4546562270803327 s
10-30-22 18:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999949 s
10-30-22 18:18  PyFrac.controller.run                    INFO      Element in the crack: 2185
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4596562270803327 ...
10-30-22 18:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0464428928463874
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004091869862918634
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036210392661101693
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00036210392661101693
10-30-22 18:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Solved time: 0.4596562270803327 s
10-30-22 18:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:18  PyFrac.controller.run                    INFO      Element in the crack: 2217
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4646562270803327 ...
10-30-22 18:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013791169373466285
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004802565742990462
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00047214682987801055
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00047214682987801055
10-30-22 18:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Solved time: 0.4646562270803327 s
10-30-22 18:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:18  PyFrac.controller.run                    INFO      Element in the crack: 2225
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4696562270803327 ...
10-30-22 18:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011692474786769868
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004578129236455935
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004316079325893823
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004316079325893823
10-30-22 18:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Solved time: 0.4696562270803327 s
10-30-22 18:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:18  PyFrac.controller.run                    INFO      Element in the crack: 2233
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.4746562270803327 ...
10-30-22 18:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0482617871031604
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0046428570184176695
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004451747003150294
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004451747003150294
10-30-22 18:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Solved time: 0.4746562270803327 s
10-30-22 18:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:18  PyFrac.controller.run                    INFO      Element in the crack: 2241
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.47965622708033273 ...
10-30-22 18:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04643845892457526
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004397240847230075
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004107024900871482
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004107024900871482
10-30-22 18:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Solved time: 0.47965622708033273 s
10-30-22 18:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:18  PyFrac.controller.run                    INFO      Element in the crack: 2249
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.48465622708033274 ...
10-30-22 18:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.006405613539855564
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03421209296217409
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00043754193948009913
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00043754193948009913
10-30-22 18:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Solved time: 0.48465622708033274 s
10-30-22 18:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:18  PyFrac.controller.run                    INFO      Element in the crack: 2269
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.48965622708033274 ...
10-30-22 18:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008506082287113692
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004333186614961216
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003737896870503914
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003737896870503914
10-30-22 18:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Solved time: 0.48965622708033274 s
10-30-22 18:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:18  PyFrac.controller.run                    INFO      Element in the crack: 2285
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.49465622708033274 ...
10-30-22 18:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009367270879960662
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004583834308395633
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004174133387343967
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004174133387343967
10-30-22 18:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Solved time: 0.49465622708033274 s
10-30-22 18:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:18  PyFrac.controller.run                    INFO      Element in the crack: 2305
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.49965622708033275 ...
10-30-22 18:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028315929778081284
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004527596487678572
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:18  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:18  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00043972103648077306
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00043972103648077306
10-30-22 18:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Solved time: 0.49965622708033275 s
10-30-22 18:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:19  PyFrac.controller.run                    INFO      Element in the crack: 2321
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5046562270803328 ...
10-30-22 18:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028607260275991194
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004069767656253915
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003787040957619799
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003787040957619799
10-30-22 18:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Solved time: 0.5046562270803328 s
10-30-22 18:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:19  PyFrac.controller.run                    INFO      Element in the crack: 2337
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5096562270803328 ...
10-30-22 18:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.046359152662149836
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00405808632750156
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000372000008825687
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.000372000008825687
10-30-22 18:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Solved time: 0.5096562270803328 s
10-30-22 18:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:19  PyFrac.controller.run                    INFO      Element in the crack: 2361
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5146562270803328 ...
10-30-22 18:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024483004328273213
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004222729393227032
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004000855700090098
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004000855700090098
10-30-22 18:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Solved time: 0.5146562270803328 s
10-30-22 18:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:19  PyFrac.controller.run                    INFO      Element in the crack: 2361
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5196562270803328 ...
10-30-22 18:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.045345329757572515
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003801291794239866
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003229106824829131
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003229106824829131
10-30-22 18:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Solved time: 0.5196562270803328 s
10-30-22 18:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:19  PyFrac.controller.run                    INFO      Element in the crack: 2385
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5246562270803328 ...
10-30-22 18:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011479166715344115
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0042332982569837415
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00038683193068711074
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00038683193068711074
10-30-22 18:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Solved time: 0.5246562270803328 s
10-30-22 18:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:19  PyFrac.controller.run                    INFO      Element in the crack: 2385
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5296562270803328 ...
10-30-22 18:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02931000550964399
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003911391852646773
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00034061918601658984
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00034061918601658984
10-30-22 18:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Solved time: 0.5296562270803328 s
10-30-22 18:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:19  PyFrac.controller.run                    INFO      Element in the crack: 2401
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5346562270803328 ...
10-30-22 18:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009223410355100449
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003829253243330339
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002968886203096404
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002968886203096404
10-30-22 18:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Solved time: 0.5346562270803328 s
10-30-22 18:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:19  PyFrac.controller.run                    INFO      Element in the crack: 2417
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5396562270803328 ...
10-30-22 18:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010861045309300115
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:19  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:19  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004153221121698984
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00033927011641270925
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00033927011641270925
10-30-22 18:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Solved time: 0.5396562270803328 s
10-30-22 18:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:20  PyFrac.controller.run                    INFO      Element in the crack: 2441
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5446562270803328 ...
10-30-22 18:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.050738772138219486
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004828121637464115
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004522231897585798
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0004522231897585798
10-30-22 18:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Solved time: 0.5446562270803328 s
10-30-22 18:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:20  PyFrac.controller.run                    INFO      Element in the crack: 2449
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5496562270803328 ...
10-30-22 18:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011788865725970352
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0045562133739518946
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00042244527394331836
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00042244527394331836
10-30-22 18:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Solved time: 0.5496562270803328 s
10-30-22 18:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:20  PyFrac.controller.run                    INFO      Element in the crack: 2449
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5546562270803328 ...
10-30-22 18:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007187777478386741
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004041790851870873
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00035760999435563434
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00035760999435563434
10-30-22 18:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Solved time: 0.5546562270803328 s
10-30-22 18:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:20  PyFrac.controller.run                    INFO      Element in the crack: 2469
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5596562270803328 ...
10-30-22 18:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02898631909533078
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003958903074804113
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003552244011843112
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003552244011843112
10-30-22 18:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Solved time: 0.5596562270803328 s
10-30-22 18:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:20  PyFrac.controller.run                    INFO      Element in the crack: 2485
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5646562270803328 ...
10-30-22 18:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.042696504068354714
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0035626701425795254
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00030692772533003065
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00030692772533003065
10-30-22 18:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Solved time: 0.5646562270803328 s
10-30-22 18:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:20  PyFrac.controller.run                    INFO      Element in the crack: 2509
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5696562270803328 ...
10-30-22 18:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010251661300159563
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014154225600609558
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003547441890848292
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003547441890848292
10-30-22 18:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Solved time: 0.5696562270803328 s
10-30-22 18:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:20  PyFrac.controller.run                    INFO      Element in the crack: 2525
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5746562270803327 ...
10-30-22 18:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010909082662118827
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0036604950175584327
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:20  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00031410569410710617
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00031410569410710617
10-30-22 18:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Solved time: 0.5746562270803327 s
10-30-22 18:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:20  PyFrac.controller.run                    INFO      Element in the crack: 2537
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5796562270803327 ...
10-30-22 18:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04735061940736036
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0037419421601985825
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002870220933347386
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002870220933347386
10-30-22 18:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Solved time: 0.5796562270803327 s
10-30-22 18:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:21  PyFrac.controller.run                    INFO      Element in the crack: 2561
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5846562270803327 ...
10-30-22 18:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.05021470032679006
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004123191064035454
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036387909332447066
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00036387909332447066
10-30-22 18:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Solved time: 0.5846562270803327 s
10-30-22 18:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:21  PyFrac.controller.run                    INFO      Element in the crack: 2561
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5896562270803327 ...
10-30-22 18:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.06034091011537614
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03196139289234745
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003580007734015186
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003580007734015186
10-30-22 18:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Solved time: 0.5896562270803327 s
10-30-22 18:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:21  PyFrac.controller.run                    INFO      Element in the crack: 2561
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5946562270803327 ...
10-30-22 18:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04297220877814275
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0034189186407220795
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00025750545623459686
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00025750545623459686
10-30-22 18:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Solved time: 0.5946562270803327 s
10-30-22 18:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:21  PyFrac.controller.run                    INFO      Element in the crack: 2593
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.5996562270803327 ...
10-30-22 18:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013236306364073374
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.004163884306753803
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00035976928950352615
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00035976928950352615
10-30-22 18:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Solved time: 0.5996562270803327 s
10-30-22 18:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:21  PyFrac.controller.run                    INFO      Element in the crack: 2593
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6046562270803327 ...
10-30-22 18:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.026067541890458377
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0038141327819603632
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00032059243069720064
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00032059243069720064
10-30-22 18:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Solved time: 0.6046562270803327 s
10-30-22 18:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:21  PyFrac.controller.run                    INFO      Element in the crack: 2601
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6096562270803327 ...
10-30-22 18:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04379537399836878
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003682535554858963
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:21  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:21  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029441754744187677
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00029441754744187677
10-30-22 18:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Solved time: 0.6096562270803327 s
10-30-22 18:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:22  PyFrac.controller.run                    INFO      Element in the crack: 2617
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6146562270803327 ...
10-30-22 18:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04497079842394301
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003926582516955561
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00033148846364878485
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00033148846364878485
10-30-22 18:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Solved time: 0.6146562270803327 s
10-30-22 18:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:22  PyFrac.controller.run                    INFO      Element in the crack: 2617
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6196562270803327 ...
10-30-22 18:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.08346784458510566
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00372621719780459
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003137042809011297
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003137042809011297
10-30-22 18:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Solved time: 0.6196562270803327 s
10-30-22 18:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:22  PyFrac.controller.run                    INFO      Element in the crack: 2625
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6246562270803327 ...
10-30-22 18:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.029558564701673312
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0033599623512920855
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024390161138037583
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00024390161138037583
10-30-22 18:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Solved time: 0.6246562270803327 s
10-30-22 18:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:22  PyFrac.controller.run                    INFO      Element in the crack: 2669
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6296562270803328 ...
10-30-22 18:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011342100075571241
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0035876068478871816
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002853810990450942
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002853810990450942
10-30-22 18:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Solved time: 0.6296562270803328 s
10-30-22 18:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:22  PyFrac.controller.run                    INFO      Element in the crack: 2693
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6346562270803328 ...
10-30-22 18:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014009874635087871
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003731725080706003
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003014079291883208
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003014079291883208
10-30-22 18:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Solved time: 0.6346562270803328 s
10-30-22 18:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:22  PyFrac.controller.run                    INFO      Element in the crack: 2701
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6396562270803328 ...
10-30-22 18:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01274044791762557
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003810671939875954
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:22  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:22  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00032129905649634877
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00032129905649634877
10-30-22 18:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Solved time: 0.6396562270803328 s
10-30-22 18:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:22  PyFrac.controller.run                    INFO      Element in the crack: 2709
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6446562270803328 ...
10-30-22 18:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023362331913541187
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0034323776940771884
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00028381821052898777
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00028381821052898777
10-30-22 18:23  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Solved time: 0.6446562270803328 s
10-30-22 18:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:23  PyFrac.controller.run                    INFO      Element in the crack: 2717
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:23  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:23  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6496562270803328 ...
10-30-22 18:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009732871077341627
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0032840887288477743
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002543993918332373
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002543993918332373
10-30-22 18:23  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Solved time: 0.6496562270803328 s
10-30-22 18:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:23  PyFrac.controller.run                    INFO      Element in the crack: 2733
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:23  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:23  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6546562270803328 ...
10-30-22 18:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04546174542089689
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003395139132646598
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000263642483943298
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.000263642483943298
10-30-22 18:23  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Solved time: 0.6546562270803328 s
10-30-22 18:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:23  PyFrac.controller.run                    INFO      Element in the crack: 2749
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:23  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:23  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6596562270803328 ...
10-30-22 18:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04668063730246769
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003600859713881634
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00028747507312385434
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00028747507312385434
10-30-22 18:23  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Solved time: 0.6596562270803328 s
10-30-22 18:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:23  PyFrac.controller.run                    INFO      Element in the crack: 2757
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:23  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:23  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6646562270803328 ...
10-30-22 18:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00637472320595674
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.031110242768094702
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00029859514038270847
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00029859514038270847
10-30-22 18:23  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Solved time: 0.6646562270803328 s
10-30-22 18:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:23  PyFrac.controller.run                    INFO      Element in the crack: 2757
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:23  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:23  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6696562270803328 ...
10-30-22 18:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.007638551793167208
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00316390608107422
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002265966357190812
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002265966357190812
10-30-22 18:23  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Solved time: 0.6696562270803328 s
10-30-22 18:23  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:23  PyFrac.controller.run                    INFO      Element in the crack: 2777
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:23  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:23  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:23  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:23  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:23  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:23  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6746562270803328 ...
10-30-22 18:23  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:23  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:23  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:23  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010391657491027646
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003418847352349189
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024369200899392472
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00024369200899392472
10-30-22 18:24  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Solved time: 0.6746562270803328 s
10-30-22 18:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:24  PyFrac.controller.run                    INFO      Element in the crack: 2793
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:24  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:24  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6796562270803328 ...
10-30-22 18:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04627647110292357
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003593940982820341
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00026067122470183155
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00026067122470183155
10-30-22 18:24  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Solved time: 0.6796562270803328 s
10-30-22 18:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:24  PyFrac.controller.run                    INFO      Element in the crack: 2801
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:24  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:24  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6846562270803328 ...
10-30-22 18:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0454259850783522
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.030714816781363334
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003420298048686683
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003420298048686683
10-30-22 18:24  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Solved time: 0.6846562270803328 s
10-30-22 18:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:24  PyFrac.controller.run                    INFO      Element in the crack: 2801
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:24  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:24  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6896562270803328 ...
10-30-22 18:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.026849109699910435
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003414537968682174
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024952754713447985
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00024952754713447985
10-30-22 18:24  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Solved time: 0.6896562270803328 s
10-30-22 18:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:24  PyFrac.controller.run                    INFO      Element in the crack: 2825
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:24  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:24  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6946562270803328 ...
10-30-22 18:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010444279997384006
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0037739425685695475
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003024618903309554
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0003024618903309554
10-30-22 18:24  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Solved time: 0.6946562270803328 s
10-30-22 18:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:24  PyFrac.controller.run                    INFO      Element in the crack: 2853
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:24  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:24  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.6996562270803328 ...
10-30-22 18:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012155557304396443
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003758597634955526
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:24  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:24  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00030370473731136844
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00030370473731136844
10-30-22 18:24  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Solved time: 0.6996562270803328 s
10-30-22 18:24  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:24  PyFrac.controller.run                    INFO      Element in the crack: 2861
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:24  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:24  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:24  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:24  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:24  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:24  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7046562270803328 ...
10-30-22 18:24  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:24  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010545339560274888
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0033053654091059906
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002571414382973221
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002571414382973221
10-30-22 18:25  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Solved time: 0.7046562270803328 s
10-30-22 18:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:25  PyFrac.controller.run                    INFO      Element in the crack: 2869
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:25  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:25  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7096562270803328 ...
10-30-22 18:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009131582164599432
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029546224242569846
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021524940118631264
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00021524940118631264
10-30-22 18:25  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Solved time: 0.7096562270803328 s
10-30-22 18:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:25  PyFrac.controller.run                    INFO      Element in the crack: 2885
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:25  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:25  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7146562270803328 ...
10-30-22 18:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010047568512907942
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030345612241100993
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002331584086897228
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002331584086897228
10-30-22 18:25  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Solved time: 0.7146562270803328 s
10-30-22 18:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:25  PyFrac.controller.run                    INFO      Element in the crack: 2893
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:25  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:25  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7196562270803328 ...
10-30-22 18:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024184730988517048
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029503279376515462
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021884182519453786
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00021884182519453786
10-30-22 18:25  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Solved time: 0.7196562270803328 s
10-30-22 18:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:25  PyFrac.controller.run                    INFO      Element in the crack: 2909
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:25  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:25  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7246562270803328 ...
10-30-22 18:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023155387823148507
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002895906625648988
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021344339358583635
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00021344339358583635
10-30-22 18:25  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Solved time: 0.7246562270803328 s
10-30-22 18:25  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:25  PyFrac.controller.run                    INFO      Element in the crack: 2925
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:25  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:25  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:25  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:25  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:25  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:25  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7296562270803328 ...
10-30-22 18:25  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 14 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:25  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012346474731369265
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:25  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:25  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029511972184027495
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018416698425305356
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00018416698425305356
10-30-22 18:26  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Solved time: 0.7296562270803328 s
10-30-22 18:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:26  PyFrac.controller.run                    INFO      Element in the crack: 2941
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:26  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:26  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:26  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:26  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7346562270803328 ...
10-30-22 18:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01952430436564203
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003369122160066832
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00024176805618706017
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00024176805618706017
10-30-22 18:26  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Solved time: 0.7346562270803328 s
10-30-22 18:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:26  PyFrac.controller.run                    INFO      Element in the crack: 2949
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:26  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:26  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:26  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:26  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7396562270803327 ...
10-30-22 18:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04585448581953558
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003212503172670367
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021942139545375974
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00021942139545375974
10-30-22 18:26  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Solved time: 0.7396562270803327 s
10-30-22 18:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:26  PyFrac.controller.run                    INFO      Element in the crack: 2965
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:26  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:26  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:26  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:26  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7446562270803327 ...
10-30-22 18:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013778720739245524
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0034663801397297076
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002626621834328565
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002626621834328565
10-30-22 18:26  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Solved time: 0.7446562270803327 s
10-30-22 18:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:26  PyFrac.controller.run                    INFO      Element in the crack: 2965
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:26  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:26  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:26  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:26  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7496562270803327 ...
10-30-22 18:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010658214243434116
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0032169318990200443
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002333748887051475
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002333748887051475
10-30-22 18:26  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Solved time: 0.7496562270803327 s
10-30-22 18:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:26  PyFrac.controller.run                    INFO      Element in the crack: 2973
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:26  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:26  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:26  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:26  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7546562270803328 ...
10-30-22 18:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009549756887742334
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003044595961842944
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:26  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:26  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020701273240811464
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00020701273240811464
10-30-22 18:26  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Solved time: 0.7546562270803328 s
10-30-22 18:26  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:26  PyFrac.controller.run                    INFO      Element in the crack: 2989
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:26  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:26  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:26  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:26  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:26  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:26  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7596562270803328 ...
10-30-22 18:26  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:26  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.044493318170303255
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0033211436070053205
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023482687098195972
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00023482687098195972
10-30-22 18:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Solved time: 0.7596562270803328 s
10-30-22 18:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:27  PyFrac.controller.run                    INFO      Element in the crack: 2997
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:27  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:27  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7646562270803328 ...
10-30-22 18:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.023051811104526247
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0033703544066784256
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002515509668980324
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002515509668980324
10-30-22 18:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Solved time: 0.7646562270803328 s
10-30-22 18:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:27  PyFrac.controller.run                    INFO      Element in the crack: 2997
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:27  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:27  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7696562270803328 ...
10-30-22 18:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009475433227586195
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030737747178797292
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021922850482501607
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00021922850482501607
10-30-22 18:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Solved time: 0.7696562270803328 s
10-30-22 18:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:27  PyFrac.controller.run                    INFO      Element in the crack: 3013
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:27  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:27  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7746562270803328 ...
10-30-22 18:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.024026084497725995
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003030814217680184
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021146467085079776
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00021146467085079776
10-30-22 18:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Solved time: 0.7746562270803328 s
10-30-22 18:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:27  PyFrac.controller.run                    INFO      Element in the crack: 3041
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:27  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:27  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7796562270803328 ...
10-30-22 18:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02271973239429773
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029776253150619746
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021269060537951458
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00021269060537951458
10-30-22 18:27  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Solved time: 0.7796562270803328 s
10-30-22 18:27  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:27  PyFrac.controller.run                    INFO      Element in the crack: 3045
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:27  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:27  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:27  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:27  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:27  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:27  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7846562270803328 ...
10-30-22 18:27  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:27  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04040839492996436
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:27  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:27  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0027011102265104207
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016886618168579235
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00016886618168579235
10-30-22 18:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Solved time: 0.7846562270803328 s
10-30-22 18:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:28  PyFrac.controller.run                    INFO      Element in the crack: 3061
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:28  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:28  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7896562270803328 ...
10-30-22 18:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.009561308992126332
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.029522411168849724
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018887216509424416
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00018887216509424416
10-30-22 18:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Solved time: 0.7896562270803328 s
10-30-22 18:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:28  PyFrac.controller.run                    INFO      Element in the crack: 3077
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:28  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:28  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7946562270803328 ...
10-30-22 18:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.021540825692327077
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002886249129665766
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020700493109452572
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00020700493109452572
10-30-22 18:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Solved time: 0.7946562270803328 s
10-30-22 18:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:28  PyFrac.controller.run                    INFO      Element in the crack: 3093
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:28  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:28  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.7996562270803328 ...
10-30-22 18:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.012161632810243786
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028453638650283953
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019488636673715303
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00019488636673715303
10-30-22 18:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Solved time: 0.7996562270803328 s
10-30-22 18:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:28  PyFrac.controller.run                    INFO      Element in the crack: 3117
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:28  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:28  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8046562270803328 ...
10-30-22 18:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04709622287449091
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003065003237239067
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021381559654210674
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00021381559654210674
10-30-22 18:28  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Solved time: 0.8046562270803328 s
10-30-22 18:28  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:28  PyFrac.controller.run                    INFO      Element in the crack: 3125
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:28  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:28  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:28  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:28  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:28  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:28  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8096562270803328 ...
10-30-22 18:28  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:28  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:28  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:28  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01423778394770533
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003115795723418225
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00022153774786129902
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00022153774786129902
10-30-22 18:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Solved time: 0.8096562270803328 s
10-30-22 18:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:29  PyFrac.controller.run                    INFO      Element in the crack: 3125
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:29  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:29  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8146562270803328 ...
10-30-22 18:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02093585836836471
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028785230101125454
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001968866570800929
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0001968866570800929
10-30-22 18:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Solved time: 0.8146562270803328 s
10-30-22 18:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:29  PyFrac.controller.run                    INFO      Element in the crack: 3133
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:29  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:29  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8196562270803328 ...
10-30-22 18:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04247632296808152
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0027143524051957395
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017499935124224323
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00017499935124224323
10-30-22 18:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Solved time: 0.8196562270803328 s
10-30-22 18:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:29  PyFrac.controller.run                    INFO      Element in the crack: 3149
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:29  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:29  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8246562270803328 ...
10-30-22 18:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04391712075700115
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029583769955675255
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020424322327731062
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00020424322327731062
10-30-22 18:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Solved time: 0.8246562270803328 s
10-30-22 18:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:29  PyFrac.controller.run                    INFO      Element in the crack: 3149
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:29  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:29  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8296562270803328 ...
10-30-22 18:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02308060849033452
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002785519211335834
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000184795554627012
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.000184795554627012
10-30-22 18:29  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Solved time: 0.8296562270803328 s
10-30-22 18:29  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:29  PyFrac.controller.run                    INFO      Element in the crack: 3157
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:29  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:29  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:29  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:29  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:29  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:29  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8346562270803328 ...
10-30-22 18:29  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:29  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:29  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04048491057258179
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:29  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0026388271301533268
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016923028175092953
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00016923028175092953
10-30-22 18:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Solved time: 0.8346562270803328 s
10-30-22 18:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:30  PyFrac.controller.run                    INFO      Element in the crack: 3173
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:30  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:30  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8396562270803328 ...
10-30-22 18:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010042819640070954
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028506879466491573
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019008335967331304
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00019008335967331304
10-30-22 18:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Solved time: 0.8396562270803328 s
10-30-22 18:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:30  PyFrac.controller.run                    INFO      Element in the crack: 3181
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:30  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:30  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8446562270803328 ...
10-30-22 18:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.042130722081895
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.029500140024271815
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001756533936458485
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0001756533936458485
10-30-22 18:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Solved time: 0.8446562270803328 s
10-30-22 18:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:30  PyFrac.controller.run                    INFO      Element in the crack: 3197
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:30  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:30  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8496562270803328 ...
10-30-22 18:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011489708964524474
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0031238027100636673
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019955651834343307
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00019955651834343307
10-30-22 18:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Solved time: 0.8496562270803328 s
10-30-22 18:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:30  PyFrac.controller.run                    INFO      Element in the crack: 3213
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:30  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:30  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8546562270803328 ...
10-30-22 18:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028577121448767496
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003161361340266337
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002043693853513028
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0002043693853513028
10-30-22 18:30  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Solved time: 0.8546562270803328 s
10-30-22 18:30  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:30  PyFrac.controller.run                    INFO      Element in the crack: 3221
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:30  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:30  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:30  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:30  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:30  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:30  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8596562270803328 ...
10-30-22 18:30  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:30  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:30  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:30  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011354832758501021
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003203331164780665
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021957491275936825
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00021957491275936825
10-30-22 18:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Solved time: 0.8596562270803328 s
10-30-22 18:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:31  PyFrac.controller.run                    INFO      Element in the crack: 3233
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:31  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:31  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8646562270803329 ...
10-30-22 18:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.053176189422303566
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002900005351606061
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019325687515614476
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00019325687515614476
10-30-22 18:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Solved time: 0.8646562270803329 s
10-30-22 18:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:31  PyFrac.controller.run                    INFO      Element in the crack: 3241
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:31  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:31  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8696562270803329 ...
10-30-22 18:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02307934601225592
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0025226928840066942
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015265707060013733
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00015265707060013733
10-30-22 18:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Solved time: 0.8696562270803329 s
10-30-22 18:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:31  PyFrac.controller.run                    INFO      Element in the crack: 3265
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:31  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:31  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8746562270803329 ...
10-30-22 18:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011381874162114447
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002672458982144077
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017022008324596438
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00017022008324596438
10-30-22 18:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Solved time: 0.8746562270803329 s
10-30-22 18:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:31  PyFrac.controller.run                    INFO      Element in the crack: 3289
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:31  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:31  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8796562270803329 ...
10-30-22 18:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.045174985027931436
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0027915028164924305
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:31  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:31  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00019483877082460133
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00019483877082460133
10-30-22 18:31  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Solved time: 0.8796562270803329 s
10-30-22 18:31  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:31  PyFrac.controller.run                    INFO      Element in the crack: 3297
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:31  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:31  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:31  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:31  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:31  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:31  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8846562270803329 ...
10-30-22 18:31  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:31  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.013230836094041853
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0027161640067101533
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018435122690529937
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00018435122690529937
10-30-22 18:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:32  PyFrac.controller.run                    DEBUG     Solved time: 0.8846562270803329 s
10-30-22 18:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:32  PyFrac.controller.run                    INFO      Element in the crack: 3297
10-30-22 18:32  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:32  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:32  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:32  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8896562270803329 ...
10-30-22 18:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01058592572034045
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002491711328462376
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015844364816952616
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00015844364816952616
10-30-22 18:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:32  PyFrac.controller.run                    DEBUG     Solved time: 0.8896562270803329 s
10-30-22 18:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:32  PyFrac.controller.run                    INFO      Element in the crack: 3305
10-30-22 18:32  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:32  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:32  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:32  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8946562270803328 ...
10-30-22 18:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04094548890525085
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0023380263525711875
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001401111997014759
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0001401111997014759
10-30-22 18:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:32  PyFrac.controller.run                    DEBUG     Solved time: 0.8946562270803328 s
10-30-22 18:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 18:32  PyFrac.controller.run                    INFO      Element in the crack: 3313
10-30-22 18:32  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:32  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:32  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:32  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.8996562270803328 ...
10-30-22 18:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0251225664218514
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028807624864088388
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016645388091141022
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00016645388091141022
10-30-22 18:32  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:32  PyFrac.controller.run                    DEBUG     Solved time: 0.8996562270803328 s
10-30-22 18:32  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:32  PyFrac.controller.run                    INFO      Element in the crack: 3321
10-30-22 18:32  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:32  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:32  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:32  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:32  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:32  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:32  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9046562270803328 ...
10-30-22 18:32  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:32  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.008542148752785472
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:32  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:32  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0023054603924916317
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014368388431507118
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00014368388431507118
10-30-22 18:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Solved time: 0.9046562270803328 s
10-30-22 18:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:33  PyFrac.controller.run                    INFO      Element in the crack: 3341
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:33  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:33  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9096562270803328 ...
10-30-22 18:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.01935383323203982
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0025332135478810525
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014746849849400778
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00014746849849400778
10-30-22 18:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Solved time: 0.9096562270803328 s
10-30-22 18:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:33  PyFrac.controller.run                    INFO      Element in the crack: 3349
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:33  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:33  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9146562270803328 ...
10-30-22 18:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.019608540117516837
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0024639219955343017
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013335426892507884
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00013335426892507884
10-30-22 18:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Solved time: 0.9146562270803328 s
10-30-22 18:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:33  PyFrac.controller.run                    INFO      Element in the crack: 3365
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:33  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:33  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9196562270803328 ...
10-30-22 18:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.044426751801243
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028161213942821672
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016850082093083918
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00016850082093083918
10-30-22 18:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Solved time: 0.9196562270803328 s
10-30-22 18:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:33  PyFrac.controller.run                    INFO      Element in the crack: 3381
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:33  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:33  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9246562270803328 ...
10-30-22 18:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.014232519753397566
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002890658820093539
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:33  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:33  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018295745380780826
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00018295745380780826
10-30-22 18:33  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Solved time: 0.9246562270803328 s
10-30-22 18:33  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:33  PyFrac.controller.run                    INFO      Element in the crack: 3381
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:33  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:33  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:33  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:33  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:33  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:33  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9296562270803328 ...
10-30-22 18:33  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:33  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011642755486693024
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0027252392313729112
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015705853640324285
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00015705853640324285
10-30-22 18:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:34  PyFrac.controller.run                    DEBUG     Solved time: 0.9296562270803328 s
10-30-22 18:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:34  PyFrac.controller.run                    INFO      Element in the crack: 3389
10-30-22 18:34  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:34  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:34  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:34  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9346562270803328 ...
10-30-22 18:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.011070318889051745
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002807769106975999
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017326631498959522
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00017326631498959522
10-30-22 18:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:34  PyFrac.controller.run                    DEBUG     Solved time: 0.9346562270803328 s
10-30-22 18:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:34  PyFrac.controller.run                    INFO      Element in the crack: 3397
10-30-22 18:34  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:34  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:34  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:34  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9396562270803328 ...
10-30-22 18:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.010372003729189339
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002738127743149077
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00017001221276680134
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00017001221276680134
10-30-22 18:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:34  PyFrac.controller.run                    DEBUG     Solved time: 0.9396562270803328 s
10-30-22 18:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:34  PyFrac.controller.run                    INFO      Element in the crack: 3405
10-30-22 18:34  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:34  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:34  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:34  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9446562270803328 ...
10-30-22 18:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04080666557958845
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0026506068470093513
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015720744905611816
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00015720744905611816
10-30-22 18:34  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:34  PyFrac.controller.run                    DEBUG     Solved time: 0.9446562270803328 s
10-30-22 18:34  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:34  PyFrac.controller.run                    INFO      Element in the crack: 3413
10-30-22 18:34  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:34  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:34  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:34  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:34  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:34  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:34  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9496562270803328 ...
10-30-22 18:34  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:34  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:34  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:34  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.02148422616607768
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0026843140221720664
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016580730201357338
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00016580730201357338
10-30-22 18:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9496562270803328 s
10-30-22 18:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:35  PyFrac.controller.run                    INFO      Element in the crack: 3425
10-30-22 18:35  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:35  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:35  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:35  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9546562270803328 ...
10-30-22 18:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.03752605219352648
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0024510146960323516
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013796285930599663
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00013796285930599663
10-30-22 18:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9546562270803328 s
10-30-22 18:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:35  PyFrac.controller.run                    INFO      Element in the crack: 3449
10-30-22 18:35  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:35  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:35  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:35  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9596562270803328 ...
10-30-22 18:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.020098614786151985
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002506936226323529
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001557699197028333
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0001557699197028333
10-30-22 18:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9596562270803328 s
10-30-22 18:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:35  PyFrac.controller.run                    INFO      Element in the crack: 3457
10-30-22 18:35  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:35  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:35  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:35  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9646562270803328 ...
10-30-22 18:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.051366457030147666
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0022381650517811274
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013709244253202644
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00013709244253202644
10-30-22 18:35  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:35  PyFrac.controller.run                    DEBUG     Solved time: 0.9646562270803328 s
10-30-22 18:35  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:35  PyFrac.controller.run                    INFO      Element in the crack: 3473
10-30-22 18:35  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:35  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:35  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:35  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:35  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:35  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:35  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9696562270803328 ...
10-30-22 18:35  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04068299847663207
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:35  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:35  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002241218144893649
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:35  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001301879650331986
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0001301879650331986
10-30-22 18:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:36  PyFrac.controller.run                    DEBUG     Solved time: 0.9696562270803328 s
10-30-22 18:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:36  PyFrac.controller.run                    INFO      Element in the crack: 3497
10-30-22 18:36  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:36  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:36  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:36  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9746562270803328 ...
10-30-22 18:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.044151043166089456
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0023747536274076214
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012749396668704395
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00012749396668704395
10-30-22 18:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:36  PyFrac.controller.run                    DEBUG     Solved time: 0.9746562270803328 s
10-30-22 18:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:36  PyFrac.controller.run                    INFO      Element in the crack: 3505
10-30-22 18:36  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:36  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:36  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:36  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9796562270803328 ...
10-30-22 18:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 16 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04387366991363437
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0025165956877797394
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014601087001552037
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00014601087001552037
10-30-22 18:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:36  PyFrac.controller.run                    DEBUG     Solved time: 0.9796562270803328 s
10-30-22 18:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:36  PyFrac.controller.run                    INFO      Element in the crack: 3513
10-30-22 18:36  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:36  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:36  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:36  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9846562270803328 ...
10-30-22 18:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04297996865933721
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0023474175685631055
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013095094192972954
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00013095094192972954
10-30-22 18:36  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:36  PyFrac.controller.run                    DEBUG     Solved time: 0.9846562270803328 s
10-30-22 18:36  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:36  PyFrac.controller.run                    INFO      Element in the crack: 3521
10-30-22 18:36  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:36  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:36  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:36  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:36  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:36  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:36  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9896562270803329 ...
10-30-22 18:36  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:36  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:36  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:36  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04815259325331015
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0024141891186892713
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001458149638062318
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.0001458149638062318
10-30-22 18:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Solved time: 0.9896562270803329 s
10-30-22 18:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:37  PyFrac.controller.run                    INFO      Element in the crack: 3521
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:37  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:37  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9946562270803329 ...
10-30-22 18:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04034051762697902
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002288821678479291
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00013019721204712758
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00013019721204712758
10-30-22 18:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Solved time: 0.9946562270803329 s
10-30-22 18:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:37  PyFrac.controller.run                    INFO      Element in the crack: 3545
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:37  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:37  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 0.9996562270803329 ...
10-30-22 18:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0050000000000000044 sec...
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.04748529511237828
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002333318590838646
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 4
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014362678149511382
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 4 iterations with norm = 0.00014362678149511382
10-30-22 18:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Solved time: 0.9996562270803329 s
10-30-22 18:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0050000000000000044 s
10-30-22 18:37  PyFrac.controller.run                    INFO      Element in the crack: 3545
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:37  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:37  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0 ...
10-30-22 18:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003437729196671402 sec...
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016130687546822699
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00023710373138641216
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00023710373138641216
10-30-22 18:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0 s
10-30-22 18:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003437729196671402 s
10-30-22 18:37  PyFrac.controller.run                    INFO      Element in the crack: 3545
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:37  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:37  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:37  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:37  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0006875458393343 ...
10-30-22 18:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006875458393342804 sec...
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.027431725684201522
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:37  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:37  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003675653146714377
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003675653146714377
10-30-22 18:37  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Solved time: 1.0006875458393343 s
10-30-22 18:37  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006875458393342804 s
10-30-22 18:37  PyFrac.controller.run                    INFO      Element in the crack: 3553
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:37  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:37  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:37  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:37  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.001 ...
10-30-22 18:37  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003124541606656095 sec...
10-30-22 18:37  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014881804472446963
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00021981049316430946
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00021981049316430946
10-30-22 18:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Solved time: 1.001 s
10-30-22 18:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003124541606656095 s
10-30-22 18:38  PyFrac.controller.run                    INFO      Element in the crack: 3553
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:38  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:38  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.001624908321331 ...
10-30-22 18:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000624908321331219 sec...
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028095276893478753
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003674562319830742
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003674562319830742
10-30-22 18:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Solved time: 1.001624908321331 s
10-30-22 18:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.000624908321331219 s
10-30-22 18:38  PyFrac.controller.run                    INFO      Element in the crack: 3561
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:38  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:38  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0019999999999998 ...
10-30-22 18:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003750916786686709 sec...
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028420808785973483
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00027151958263352174
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00027151958263352174
10-30-22 18:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0019999999999998 s
10-30-22 18:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003750916786686709 s
10-30-22 18:38  PyFrac.controller.run                    INFO      Element in the crack: 3569
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:38  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:38  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0027501833573371 ...
10-30-22 18:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007501833573373418 sec...
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0032832246461194296
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004150654580379197
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004150654580379197
10-30-22 18:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0027501833573371 s
10-30-22 18:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007501833573373418 s
10-30-22 18:38  PyFrac.controller.run                    INFO      Element in the crack: 3569
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:38  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:38  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0029999999999997 ...
10-30-22 18:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002498166426625481 sec...
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012864560961492045
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0001916379533488935
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0001916379533488935
10-30-22 18:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0029999999999997 s
10-30-22 18:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002498166426625481 s
10-30-22 18:38  PyFrac.controller.run                    INFO      Element in the crack: 3569
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:38  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:38  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0034996332853248 ...
10-30-22 18:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004996332853250962 sec...
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002556570717982512
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00034973051777167496
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00034973051777167496
10-30-22 18:38  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Solved time: 1.0034996332853248 s
10-30-22 18:38  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004996332853250962 s
10-30-22 18:38  PyFrac.controller.run                    INFO      Element in the crack: 3569
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:38  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:38  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:38  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:38  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:38  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:38  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0039999999999996 ...
10-30-22 18:38  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005003667146747937 sec...
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:38  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:38  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:38  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002543856302551125
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00034816486685991646
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00034816486685991646
10-30-22 18:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Solved time: 1.0039999999999996 s
10-30-22 18:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005003667146747937 s
10-30-22 18:39  PyFrac.controller.run                    INFO      Element in the crack: 3569
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:39  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:39  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0049999999999994 ...
10-30-22 18:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003321648964456431
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003793517963317909
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003793517963317909
10-30-22 18:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Solved time: 1.0049999999999994 s
10-30-22 18:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:39  PyFrac.controller.run                    INFO      Element in the crack: 3569
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:39  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:39  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0059999999999993 ...
10-30-22 18:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0032834848099178126
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00037491214240433743
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00037491214240433743
10-30-22 18:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Solved time: 1.0059999999999993 s
10-30-22 18:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:39  PyFrac.controller.run                    INFO      Element in the crack: 3569
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:39  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:39  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0069999999999992 ...
10-30-22 18:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0032441577967705975
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003709344717962548
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003709344717962548
10-30-22 18:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Solved time: 1.0069999999999992 s
10-30-22 18:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:39  PyFrac.controller.run                    INFO      Element in the crack: 3569
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:39  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:39  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0079999999999991 ...
10-30-22 18:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0032031983721319598
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000367251231783363
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.000367251231783363
10-30-22 18:39  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Solved time: 1.0079999999999991 s
10-30-22 18:39  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:39  PyFrac.controller.run                    INFO      Element in the crack: 3569
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:39  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:39  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:39  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:39  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:39  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:39  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.008999999999999 ...
10-30-22 18:39  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:39  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:39  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:39  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0031605800609555827
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036399785122893724
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00036399785122893724
10-30-22 18:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Solved time: 1.008999999999999 s
10-30-22 18:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:40  PyFrac.controller.run                    INFO      Element in the crack: 3569
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:40  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:40  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.009999999999999 ...
10-30-22 18:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0031169159265565433
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036094326037624825
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00036094326037624825
10-30-22 18:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Solved time: 1.009999999999999 s
10-30-22 18:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:40  PyFrac.controller.run                    INFO      Element in the crack: 3569
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:40  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:40  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0109999999999988 ...
10-30-22 18:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030678845172609215
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00035763308188028066
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00035763308188028066
10-30-22 18:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Solved time: 1.0109999999999988 s
10-30-22 18:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:40  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:40  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:40  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0119999999999987 ...
10-30-22 18:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003224806358882038
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003776395366102532
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003776395366102532
10-30-22 18:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Solved time: 1.0119999999999987 s
10-30-22 18:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:40  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:40  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:40  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0129999999999986 ...
10-30-22 18:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0032125306112370288
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003785989128072164
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003785989128072164
10-30-22 18:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Solved time: 1.0129999999999986 s
10-30-22 18:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:40  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:40  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:40  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0139999999999985 ...
10-30-22 18:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003162108041273801
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:40  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:40  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00037680967555635817
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00037680967555635817
10-30-22 18:40  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Solved time: 1.0139999999999985 s
10-30-22 18:40  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:40  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:40  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:40  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:40  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:40  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:40  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:40  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0149999999999983 ...
10-30-22 18:40  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:40  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.003100000489901979
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00037399244970378237
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00037399244970378237
10-30-22 18:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Solved time: 1.0149999999999983 s
10-30-22 18:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:41  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:41  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:41  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0159999999999982 ...
10-30-22 18:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0030344777231544706
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003708389867211085
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003708389867211085
10-30-22 18:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Solved time: 1.0159999999999982 s
10-30-22 18:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:41  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:41  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:41  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0169999999999981 ...
10-30-22 18:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0029658074587968074
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036729088327579586
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00036729088327579586
10-30-22 18:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Solved time: 1.0169999999999981 s
10-30-22 18:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:41  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:41  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:41  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.017999999999998 ...
10-30-22 18:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0028948505553656064
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00036342922788674747
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00036342922788674747
10-30-22 18:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Solved time: 1.017999999999998 s
10-30-22 18:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:41  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:41  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:41  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.018999999999998 ...
10-30-22 18:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002821947308761471
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:41  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:41  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00035929319887607176
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00035929319887607176
10-30-22 18:41  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Solved time: 1.018999999999998 s
10-30-22 18:41  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:41  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:41  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:41  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:41  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:41  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:41  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:41  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0199999999999978 ...
10-30-22 18:41  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:41  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002747210640102513
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00035490060936056847
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00035490060936056847
10-30-22 18:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Solved time: 1.0199999999999978 s
10-30-22 18:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:42  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:42  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:42  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0209999999999977 ...
10-30-22 18:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002670686978189901
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003502841978645332
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003502841978645332
10-30-22 18:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Solved time: 1.0209999999999977 s
10-30-22 18:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:42  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:42  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:42  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0219999999999976 ...
10-30-22 18:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002592522286983206
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00034543007361488196
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00034543007361488196
10-30-22 18:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Solved time: 1.0219999999999976 s
10-30-22 18:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:42  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:42  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:42  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0229999999999975 ...
10-30-22 18:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0025182181357309196
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003411372951903803
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003411372951903803
10-30-22 18:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Solved time: 1.0229999999999975 s
10-30-22 18:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:42  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:42  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:42  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0239999999999974 ...
10-30-22 18:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0024367185784688397
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00033587149181024006
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00033587149181024006
10-30-22 18:42  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Solved time: 1.0239999999999974 s
10-30-22 18:42  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:42  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:42  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:42  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:42  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:42  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:42  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:42  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0249999999999972 ...
10-30-22 18:42  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:42  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:42  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:42  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.002353548254873772
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003303569856397513
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003303569856397513
10-30-22 18:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Solved time: 1.0249999999999972 s
10-30-22 18:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:43  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:43  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:43  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0259999999999971 ...
10-30-22 18:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0022686106665575005
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003245803439944544
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003245803439944544
10-30-22 18:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Solved time: 1.0259999999999971 s
10-30-22 18:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:43  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:43  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:43  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.026999999999997 ...
10-30-22 18:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0021818528097100375
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003185309359118955
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003185309359118955
10-30-22 18:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Solved time: 1.026999999999997 s
10-30-22 18:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:43  PyFrac.controller.run                    INFO      Element in the crack: 3577
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:43  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:43  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.027999999999997 ...
10-30-22 18:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.028209866613320037
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003121377544873684
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0003121377544873684
10-30-22 18:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Solved time: 1.027999999999997 s
10-30-22 18:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:43  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:43  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:43  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0289999999999968 ...
10-30-22 18:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0021901385850347224
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00033220551862553094
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00033220551862553094
10-30-22 18:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Solved time: 1.0289999999999968 s
10-30-22 18:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:43  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:43  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:43  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0299999999999967 ...
10-30-22 18:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0021299078776986155
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:43  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:43  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00032761097778949926
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00032761097778949926
10-30-22 18:43  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Solved time: 1.0299999999999967 s
10-30-22 18:43  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:43  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:43  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:43  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:43  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:43  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:43  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:43  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0309999999999966 ...
10-30-22 18:43  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:43  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0018959722145213736
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016357070724629696
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00016357070724629696
10-30-22 18:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:44  PyFrac.controller.run                    DEBUG     Solved time: 1.0309999999999966 s
10-30-22 18:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:44  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:44  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:44  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:44  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:44  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0319999999999965 ...
10-30-22 18:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0017970196490900466
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00016112881818949288
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00016112881818949288
10-30-22 18:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:44  PyFrac.controller.run                    DEBUG     Solved time: 1.0319999999999965 s
10-30-22 18:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:44  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:44  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:44  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:44  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:44  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0329999999999964 ...
10-30-22 18:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016949583067407798
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00015804117940204475
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00015804117940204475
10-30-22 18:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:44  PyFrac.controller.run                    DEBUG     Solved time: 1.0329999999999964 s
10-30-22 18:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:44  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:44  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:44  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:44  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:44  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0339999999999963 ...
10-30-22 18:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0014909819310450314
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.8798167678196066e-05
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.8798167678196066e-05
10-30-22 18:44  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:44  PyFrac.controller.run                    DEBUG     Solved time: 1.0339999999999963 s
10-30-22 18:44  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:44  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:44  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:44  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:44  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:44  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:44  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:44  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:44  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0349999999999961 ...
10-30-22 18:44  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:44  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:44  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:44  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0013230265183081387
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.963374048240959e-05
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.963374048240959e-05
10-30-22 18:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:45  PyFrac.controller.run                    DEBUG     Solved time: 1.0349999999999961 s
10-30-22 18:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:45  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:45  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:45  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:45  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:45  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.035999999999996 ...
10-30-22 18:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011851603353527842
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.429198487528804e-05
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 8.429198487528804e-05
10-30-22 18:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:45  PyFrac.controller.run                    DEBUG     Solved time: 1.035999999999996 s
10-30-22 18:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:45  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:45  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:45  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:45  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:45  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.036999999999996 ...
10-30-22 18:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0010958429716856613
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.93892036305456e-05
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.93892036305456e-05
10-30-22 18:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:45  PyFrac.controller.run                    DEBUG     Solved time: 1.036999999999996 s
10-30-22 18:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:45  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:45  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:45  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:45  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:45  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0379999999999958 ...
10-30-22 18:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00098619634671356
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00098619634671356
10-30-22 18:45  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:45  PyFrac.controller.run                    DEBUG     Solved time: 1.0379999999999958 s
10-30-22 18:45  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:45  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:45  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:45  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:45  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:45  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:45  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:45  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:45  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0389999999999957 ...
10-30-22 18:45  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:45  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:45  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:45  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011581475411903618
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.629366537492557e-05
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 3.629366537492557e-05
10-30-22 18:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Solved time: 1.0389999999999957 s
10-30-22 18:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:46  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:46  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:46  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0399999999999956 ...
10-30-22 18:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005839676293823779
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0005839676293823779
10-30-22 18:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Solved time: 1.0399999999999956 s
10-30-22 18:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:46  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:46  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:46  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0409999999999955 ...
10-30-22 18:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012158448290316476
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 5.377662405390821e-05
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 5.377662405390821e-05
10-30-22 18:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Solved time: 1.0409999999999955 s
10-30-22 18:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:46  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:46  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:46  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0419999999999954 ...
10-30-22 18:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003160685385870379
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0003160685385870379
10-30-22 18:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Solved time: 1.0419999999999954 s
10-30-22 18:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:46  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:46  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:46  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0429999999999953 ...
10-30-22 18:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:46  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:46  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0005637230991602634
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0005637230991602634
10-30-22 18:46  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Solved time: 1.0429999999999953 s
10-30-22 18:46  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:46  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:46  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:46  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:46  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:46  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:46  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:46  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0439999999999952 ...
10-30-22 18:46  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:46  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:47  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:47  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006623415233552133
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0006623415233552133
10-30-22 18:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:47  PyFrac.controller.run                    DEBUG     Solved time: 1.0439999999999952 s
10-30-22 18:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:47  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:47  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:47  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:47  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:47  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.044999999999995 ...
10-30-22 18:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:47  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:47  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:47  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.982577159245507e-05
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 2.982577159245507e-05
10-30-22 18:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:47  PyFrac.controller.run                    DEBUG     Solved time: 1.044999999999995 s
10-30-22 18:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:47  PyFrac.controller.run                    INFO      Element in the crack: 3585
10-30-22 18:47  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:47  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:47  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:47  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.045999999999995 ...
10-30-22 18:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:47  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.029554486050677363
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:47  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00039027060428014005
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.00039027060428014005
10-30-22 18:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:47  PyFrac.controller.run                    DEBUG     Solved time: 1.045999999999995 s
10-30-22 18:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:47  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:47  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:47  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:47  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:47  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0469999999999948 ...
10-30-22 18:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:47  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:47  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:47  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00041792270631094396
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00041792270631094396
10-30-22 18:47  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:47  PyFrac.controller.run                    DEBUG     Solved time: 1.0469999999999948 s
10-30-22 18:47  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:47  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:47  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:47  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:47  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:47  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:47  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:47  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:47  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0479999999999947 ...
10-30-22 18:47  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:47  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:48  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:48  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007912745674645485
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0007912745674645485
10-30-22 18:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:48  PyFrac.controller.run                    DEBUG     Solved time: 1.0479999999999947 s
10-30-22 18:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:48  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:48  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:48  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:48  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:48  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0489999999999946 ...
10-30-22 18:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:48  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:48  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002674001255912093
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0002674001255912093
10-30-22 18:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:48  PyFrac.controller.run                    DEBUG     Solved time: 1.0489999999999946 s
10-30-22 18:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:48  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:48  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:48  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:48  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:48  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0499999999999945 ...
10-30-22 18:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:48  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:48  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000588062573508549
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.000588062573508549
10-30-22 18:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:48  PyFrac.controller.run                    DEBUG     Solved time: 1.0499999999999945 s
10-30-22 18:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:48  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:48  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:48  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:48  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:48  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0509999999999944 ...
10-30-22 18:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:48  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:48  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:48  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003056033498472011
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0003056033498472011
10-30-22 18:48  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:48  PyFrac.controller.run                    DEBUG     Solved time: 1.0509999999999944 s
10-30-22 18:48  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:48  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:48  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:48  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:48  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:48  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:48  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:48  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:48  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0519999999999943 ...
10-30-22 18:48  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:48  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:49  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008941407120629552
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0008941407120629552
10-30-22 18:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:49  PyFrac.controller.run                    DEBUG     Solved time: 1.0519999999999943 s
10-30-22 18:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:49  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:49  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:49  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:49  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:49  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0529999999999942 ...
10-30-22 18:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:49  PyFrac.controller.run                    DEBUG     Solved time: 1.0529999999999942 s
10-30-22 18:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:49  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:49  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:49  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:49  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:49  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.053999999999994 ...
10-30-22 18:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:49  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008738418556957497
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0008738418556957497
10-30-22 18:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:49  PyFrac.controller.run                    DEBUG     Solved time: 1.053999999999994 s
10-30-22 18:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:49  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:49  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:49  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:49  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:49  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.054999999999994 ...
10-30-22 18:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:49  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:49  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000837684239226245
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.000837684239226245
10-30-22 18:49  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:49  PyFrac.controller.run                    DEBUG     Solved time: 1.054999999999994 s
10-30-22 18:49  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:49  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:49  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:49  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:49  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:49  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:49  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:49  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:49  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0559999999999938 ...
10-30-22 18:49  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:49  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:49  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:49  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.3986200231416716e-13
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 2.3986200231416716e-13
10-30-22 18:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Solved time: 1.0559999999999938 s
10-30-22 18:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:50  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:50  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:50  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0569999999999937 ...
10-30-22 18:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0012680609418811775
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006287591365222487
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0006287591365222487
10-30-22 18:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Solved time: 1.0569999999999937 s
10-30-22 18:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:50  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:50  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:50  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0579999999999936 ...
10-30-22 18:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 3.7246072463985186e-05
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 3.7246072463985186e-05
10-30-22 18:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Solved time: 1.0579999999999936 s
10-30-22 18:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:50  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:50  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:50  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0589999999999935 ...
10-30-22 18:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 18:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Solved time: 1.0589999999999935 s
10-30-22 18:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:50  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:50  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:50  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0599999999999934 ...
10-30-22 18:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008937444604950472
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0008937444604950472
10-30-22 18:50  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Solved time: 1.0599999999999934 s
10-30-22 18:50  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:50  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:50  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:50  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:50  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:50  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:50  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:50  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0609999999999933 ...
10-30-22 18:50  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:50  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:50  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:50  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.000178654658709207
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.000178654658709207
10-30-22 18:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Solved time: 1.0609999999999933 s
10-30-22 18:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:51  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:51  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:51  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0619999999999932 ...
10-30-22 18:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00012889151885391237
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00012889151885391237
10-30-22 18:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Solved time: 1.0619999999999932 s
10-30-22 18:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:51  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:51  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:51  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.062999999999993 ...
10-30-22 18:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00046489311514794497
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00046489311514794497
10-30-22 18:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Solved time: 1.062999999999993 s
10-30-22 18:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:51  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:51  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:51  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.063999999999993 ...
10-30-22 18:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0016300342663198087
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 6.692285493436361e-05
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 6.692285493436361e-05
10-30-22 18:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Solved time: 1.063999999999993 s
10-30-22 18:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:51  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:51  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:51  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0649999999999928 ...
10-30-22 18:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Solved time: 1.0649999999999928 s
10-30-22 18:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:51  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:51  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:51  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0659999999999927 ...
10-30-22 18:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 18:51  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Solved time: 1.0659999999999927 s
10-30-22 18:51  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:51  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:51  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:51  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:51  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:51  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:51  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:51  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0669999999999926 ...
10-30-22 18:51  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:51  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:51  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:51  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004019844918675181
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0004019844918675181
10-30-22 18:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:52  PyFrac.controller.run                    DEBUG     Solved time: 1.0669999999999926 s
10-30-22 18:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:52  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:52  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:52  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:52  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:52  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0679999999999925 ...
10-30-22 18:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:52  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011402119164142346
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:52  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0008382702328310772
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0008382702328310772
10-30-22 18:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:52  PyFrac.controller.run                    DEBUG     Solved time: 1.0679999999999925 s
10-30-22 18:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:52  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:52  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:52  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:52  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:52  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0689999999999924 ...
10-30-22 18:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:52  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00033672197273487524
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00033672197273487524
10-30-22 18:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:52  PyFrac.controller.run                    DEBUG     Solved time: 1.0689999999999924 s
10-30-22 18:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:52  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:52  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:52  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:52  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:52  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0699999999999923 ...
10-30-22 18:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:52  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:52  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020378054989707422
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00020378054989707422
10-30-22 18:52  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:52  PyFrac.controller.run                    DEBUG     Solved time: 1.0699999999999923 s
10-30-22 18:52  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:52  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:52  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:52  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:52  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:52  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:52  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:52  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:52  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0709999999999922 ...
10-30-22 18:52  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:52  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:52  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:52  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:52  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:53  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 1.1831613130308335e-13
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 1.1831613130308335e-13
10-30-22 18:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Solved time: 1.0709999999999922 s
10-30-22 18:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:53  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:53  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:53  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.071999999999992 ...
10-30-22 18:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:53  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014049716592505015
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00014049716592505015
10-30-22 18:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Solved time: 1.071999999999992 s
10-30-22 18:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:53  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:53  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:53  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.072999999999992 ...
10-30-22 18:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:53  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:53  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0011949298401516212
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Iteration 3
10-30-22 18:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:53  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004021098567997984
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 3 iterations with norm = 0.0004021098567997984
10-30-22 18:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Solved time: 1.072999999999992 s
10-30-22 18:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:53  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:53  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:53  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0739999999999919 ...
10-30-22 18:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Solved time: 1.0739999999999919 s
10-30-22 18:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:53  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:53  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:53  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0749999999999917 ...
10-30-22 18:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:53  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:53  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:53  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0003874247918939661
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0003874247918939661
10-30-22 18:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Solved time: 1.0749999999999917 s
10-30-22 18:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:53  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:53  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:53  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:53  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0759999999999916 ...
10-30-22 18:53  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:53  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:53  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:53  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Solved time: 1.0759999999999916 s
10-30-22 18:53  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:53  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:53  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:53  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:53  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:53  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:53  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0769999999999915 ...
10-30-22 18:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 7.037525674585316e-05
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 7.037525674585316e-05
10-30-22 18:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Solved time: 1.0769999999999915 s
10-30-22 18:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:54  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:54  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:54  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0779999999999914 ...
10-30-22 18:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0007662507044310105
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0007662507044310105
10-30-22 18:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Solved time: 1.0779999999999914 s
10-30-22 18:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:54  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:54  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:54  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0789999999999913 ...
10-30-22 18:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 11 iterations
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0009285767967316293
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0009285767967316293
10-30-22 18:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Solved time: 1.0789999999999913 s
10-30-22 18:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:54  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:54  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:54  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0799999999999912 ...
10-30-22 18:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Solved time: 1.0799999999999912 s
10-30-22 18:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:54  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:54  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:54  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.080999999999991 ...
10-30-22 18:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:54  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0002859509599657797
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0002859509599657797
10-30-22 18:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Solved time: 1.080999999999991 s
10-30-22 18:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:54  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:54  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:54  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.081999999999991 ...
10-30-22 18:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:54  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:54  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Solved time: 1.081999999999991 s
10-30-22 18:54  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:54  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:54  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:54  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:54  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:54  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:54  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:54  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0829999999999909 ...
10-30-22 18:54  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:54  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 8.048738584657637e-05
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 8.048738584657637e-05
10-30-22 18:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Solved time: 1.0829999999999909 s
10-30-22 18:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:55  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:55  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:55  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0839999999999907 ...
10-30-22 18:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 9.573754235420341e-05
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 9.573754235420341e-05
10-30-22 18:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Solved time: 1.0839999999999907 s
10-30-22 18:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:55  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:55  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:55  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0849999999999906 ...
10-30-22 18:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Solved time: 1.0849999999999906 s
10-30-22 18:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:55  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:55  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:55  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0859999999999905 ...
10-30-22 18:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00044429533144624446
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00044429533144624446
10-30-22 18:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Solved time: 1.0859999999999905 s
10-30-22 18:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:55  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:55  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:55  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0869999999999904 ...
10-30-22 18:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Solved time: 1.0869999999999904 s
10-30-22 18:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:55  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:55  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:55  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0879999999999903 ...
10-30-22 18:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:55  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00014232295307329312
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00014232295307329312
10-30-22 18:55  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Solved time: 1.0879999999999903 s
10-30-22 18:55  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:55  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:55  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:55  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:55  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:55  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:55  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:55  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0889999999999902 ...
10-30-22 18:55  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:55  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:55  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00048631471082844104
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00048631471082844104
10-30-22 18:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0889999999999902 s
10-30-22 18:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:56  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.08999999999999 ...
10-30-22 18:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Solved time: 1.08999999999999 s
10-30-22 18:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:56  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.09099999999999 ...
10-30-22 18:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00038580571756868966
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00038580571756868966
10-30-22 18:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Solved time: 1.09099999999999 s
10-30-22 18:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:56  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0919999999999899 ...
10-30-22 18:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00020148438180348538
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00020148438180348538
10-30-22 18:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0919999999999899 s
10-30-22 18:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:56  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0929999999999898 ...
10-30-22 18:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0929999999999898 s
10-30-22 18:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:56  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0939999999999896 ...
10-30-22 18:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:56  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00018613892550732635
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00018613892550732635
10-30-22 18:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0939999999999896 s
10-30-22 18:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:56  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0949999999999895 ...
10-30-22 18:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0949999999999895 s
10-30-22 18:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:56  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0959999999999894 ...
10-30-22 18:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:56  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:56  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Solved time: 1.0959999999999894 s
10-30-22 18:56  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:56  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:56  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:56  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:56  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0969999999999893 ...
10-30-22 18:56  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:56  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0969999999999893 s
10-30-22 18:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:57  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.0979999999999892 ...
10-30-22 18:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004860940719103422
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0004860940719103422
10-30-22 18:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Solved time: 1.0979999999999892 s
10-30-22 18:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:57  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.098999999999989 ...
10-30-22 18:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Solved time: 1.098999999999989 s
10-30-22 18:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:57  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.099999999999989 ...
10-30-22 18:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Solved time: 1.099999999999989 s
10-30-22 18:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:57  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1009999999999889 ...
10-30-22 18:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Solved time: 1.1009999999999889 s
10-30-22 18:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:57  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1019999999999888 ...
10-30-22 18:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Solved time: 1.1019999999999888 s
10-30-22 18:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:57  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1029999999999887 ...
10-30-22 18:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.00047225416657705876
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.00047225416657705876
10-30-22 18:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Solved time: 1.1029999999999887 s
10-30-22 18:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:57  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1039999999999885 ...
10-30-22 18:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:57  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0004491641598415678
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0004491641598415678
10-30-22 18:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Solved time: 1.1039999999999885 s
10-30-22 18:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:57  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1049999999999884 ...
10-30-22 18:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Solved time: 1.1049999999999884 s
10-30-22 18:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:57  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1059999999999883 ...
10-30-22 18:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:57  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:57  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Solved time: 1.1059999999999883 s
10-30-22 18:57  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:57  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:57  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:57  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:57  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1069999999999882 ...
10-30-22 18:57  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:57  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.1069999999999882 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.107999999999988 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.107999999999988 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.108999999999988 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.108999999999988 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1099999999999879 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.1099999999999879 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1109999999999878 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.1109999999999878 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1119999999999877 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.1119999999999877 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1129999999999876 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.1129999999999876 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1139999999999874 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.1139999999999874 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1149999999999873 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 0.0006161719975916881
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 0.0006161719975916881
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.1149999999999873 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1159999999999872 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:58  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 4.62878345430795e-05
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 4.62878345430795e-05
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.1159999999999872 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1169999999999871 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 8 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.1169999999999871 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.117999999999987 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.117999999999987 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.118999999999987 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.118999999999987 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1199999999999868 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.1199999999999868 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1209999999999867 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.1209999999999867 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1219999999999866 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:58  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:58  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Solved time: 1.1219999999999866 s
10-30-22 18:58  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:58  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:58  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:58  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:58  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1229999999999865 ...
10-30-22 18:58  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:58  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1229999999999865 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1239999999999863 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1239999999999863 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1249999999999862 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1249999999999862 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1259999999999861 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1259999999999861 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.126999999999986 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.126999999999986 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.127999999999986 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.127999999999986 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1289999999999858 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1289999999999858 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1299999999999857 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Starting Fracture Front loop...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Iteration 1
10-30-22 18:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 10.0
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG      
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Iteration 2
10-30-22 18:59  PyFrac.injection_extended_footprint      DEBUG     Solving the EHL system with the new trial footprint
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Norm of subsequent filling fraction estimates = 2.2928433118567447e-05
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Fracture front converged after 2 iterations with norm = 2.2928433118567447e-05
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1299999999999857 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1309999999999856 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1309999999999856 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1319999999999855 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1319999999999855 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1329999999999854 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1329999999999854 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1339999999999852 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1339999999999852 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1349999999999851 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1349999999999851 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.135999999999985 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.135999999999985 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.136999999999985 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.136999999999985 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1379999999999848 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1379999999999848 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1389999999999847 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1389999999999847 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1399999999999846 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1399999999999846 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1409999999999845 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1409999999999845 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1419999999999844 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1419999999999844 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1429999999999843 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1429999999999843 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1439999999999841 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 18:59  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 18:59  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Solved time: 1.1439999999999841 s
10-30-22 18:59  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 18:59  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 18:59  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 18:59  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 18:59  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.144999999999984 ...
10-30-22 18:59  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 18:59  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.144999999999984 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.145999999999984 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.145999999999984 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1469999999999838 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1469999999999838 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1479999999999837 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1479999999999837 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1489999999999836 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1489999999999836 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1499999999999835 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1499999999999835 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1509999999999834 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1509999999999834 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1519999999999833 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1519999999999833 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1529999999999831 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1529999999999831 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.153999999999983 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.153999999999983 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.154999999999983 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.154999999999983 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1559999999999828 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1559999999999828 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1569999999999827 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1569999999999827 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1579999999999826 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1579999999999826 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1589999999999825 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1589999999999825 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1599999999999824 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1599999999999824 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1609999999999823 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1609999999999823 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1619999999999822 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1619999999999822 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.162999999999982 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.162999999999982 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.163999999999982 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.163999999999982 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1649999999999818 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1649999999999818 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1659999999999817 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1659999999999817 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1669999999999816 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1669999999999816 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1679999999999815 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1679999999999815 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1689999999999814 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1689999999999814 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1699999999999813 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1699999999999813 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1709999999999812 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1709999999999812 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.171999999999981 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.171999999999981 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.172999999999981 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.172999999999981 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1739999999999808 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:00  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:00  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Solved time: 1.1739999999999808 s
10-30-22 19:00  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:00  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:00  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:00  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:00  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1749999999999807 ...
10-30-22 19:00  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:00  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1749999999999807 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1759999999999806 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1759999999999806 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1769999999999805 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1769999999999805 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1779999999999804 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1779999999999804 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1789999999999803 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1789999999999803 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1799999999999802 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1799999999999802 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.18099999999998 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.18099999999998 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.18199999999998 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.18199999999998 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1829999999999798 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1829999999999798 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1839999999999797 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1839999999999797 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1849999999999796 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1849999999999796 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1859999999999795 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1859999999999795 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1869999999999794 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1869999999999794 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1879999999999793 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1879999999999793 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1889999999999792 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1889999999999792 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.189999999999979 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.189999999999979 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.190999999999979 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.190999999999979 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1919999999999789 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1919999999999789 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1929999999999787 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1929999999999787 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1939999999999786 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1939999999999786 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1949999999999785 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1949999999999785 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1959999999999784 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1959999999999784 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1969999999999783 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1969999999999783 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.1979999999999782 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.1979999999999782 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.198999999999978 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.198999999999978 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.199999999999978 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.199999999999978 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2009999999999779 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.2009999999999779 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2019999999999778 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.2019999999999778 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2029999999999776 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.2029999999999776 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2039999999999775 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:01  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:01  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Solved time: 1.2039999999999775 s
10-30-22 19:01  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:01  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:01  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:01  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:01  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2049999999999774 ...
10-30-22 19:01  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:01  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2049999999999774 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2059999999999773 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2059999999999773 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2069999999999772 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2069999999999772 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.207999999999977 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.207999999999977 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.208999999999977 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.208999999999977 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2099999999999769 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2099999999999769 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2109999999999768 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2109999999999768 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2119999999999767 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2119999999999767 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2129999999999765 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2129999999999765 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2139999999999764 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2139999999999764 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2149999999999763 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2149999999999763 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2159999999999762 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2159999999999762 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.216999999999976 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.216999999999976 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.217999999999976 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.217999999999976 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2189999999999759 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2189999999999759 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2199999999999758 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2199999999999758 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2209999999999757 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2209999999999757 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2219999999999756 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2219999999999756 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2229999999999754 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2229999999999754 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2239999999999753 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2239999999999753 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2249999999999752 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2249999999999752 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.225999999999975 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.225999999999975 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.226999999999975 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.226999999999975 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.227999999999975 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.227999999999975 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2289999999999748 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2289999999999748 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2299999999999747 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2299999999999747 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2309999999999746 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2309999999999746 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2319999999999744 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2319999999999744 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2329999999999743 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2329999999999743 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2339999999999742 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:02  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:02  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Solved time: 1.2339999999999742 s
10-30-22 19:02  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:02  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:02  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:02  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:02  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2349999999999741 ...
10-30-22 19:02  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:02  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2349999999999741 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.235999999999974 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.235999999999974 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.236999999999974 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.236999999999974 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2379999999999738 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2379999999999738 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2389999999999737 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2389999999999737 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2399999999999736 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2399999999999736 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2409999999999735 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2409999999999735 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2419999999999733 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2419999999999733 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2429999999999732 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2429999999999732 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2439999999999731 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2439999999999731 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.244999999999973 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.244999999999973 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.245999999999973 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.245999999999973 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2469999999999728 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2469999999999728 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2479999999999727 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2479999999999727 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2489999999999726 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2489999999999726 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2499999999999725 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2499999999999725 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2509999999999724 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2509999999999724 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2519999999999722 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2519999999999722 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2529999999999721 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2529999999999721 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.253999999999972 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.253999999999972 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.254999999999972 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.254999999999972 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2559999999999718 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2559999999999718 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2569999999999717 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2569999999999717 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2579999999999716 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2579999999999716 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2589999999999715 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2589999999999715 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2599999999999714 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:03  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:03  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Solved time: 1.2599999999999714 s
10-30-22 19:03  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:03  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:03  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:03  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:03  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2609999999999713 ...
10-30-22 19:03  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:03  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2609999999999713 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2619999999999711 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2619999999999711 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.262999999999971 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.262999999999971 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.263999999999971 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.263999999999971 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2649999999999708 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2649999999999708 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2659999999999707 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2659999999999707 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2669999999999706 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2669999999999706 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2679999999999705 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2679999999999705 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2689999999999704 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2689999999999704 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2699999999999703 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2699999999999703 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2709999999999702 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2709999999999702 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.27199999999997 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.27199999999997 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.27299999999997 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.27299999999997 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2739999999999698 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2739999999999698 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2749999999999697 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2749999999999697 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2759999999999696 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2759999999999696 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2769999999999695 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2769999999999695 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2779999999999694 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2779999999999694 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2789999999999693 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2789999999999693 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2799999999999692 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2799999999999692 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.280999999999969 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.280999999999969 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.281999999999969 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.281999999999969 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2829999999999688 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2829999999999688 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2839999999999687 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2839999999999687 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:04  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:04  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2849999999999686 ...
10-30-22 19:04  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:04  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:04  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:04  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Solved time: 1.2849999999999686 s
10-30-22 19:04  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:04  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:04  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2859999999999685 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.2859999999999685 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2869999999999684 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.2869999999999684 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2879999999999683 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.2879999999999683 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2889999999999682 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.2889999999999682 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.289999999999968 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.289999999999968 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.290999999999968 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.290999999999968 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2919999999999678 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.2919999999999678 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2929999999999677 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.2929999999999677 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2939999999999676 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.2939999999999676 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2949999999999675 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.2949999999999675 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2959999999999674 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.2959999999999674 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2969999999999673 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.2969999999999673 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.2979999999999672 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.2979999999999672 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.298999999999967 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.298999999999967 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.299999999999967 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009999999999998899 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.299999999999967 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009999999999998899 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.3084646133829665e-14 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 3.3084646133829665e-14 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000000662 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.616929226765933e-14 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000000662 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 6.616929226765933e-14 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000001986 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.3233858453531866e-13 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000001986 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 1.3233858453531866e-13 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000004632 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.646771690706373e-13 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000004632 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 2.646771690706373e-13 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000009926 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 5.293543381412746e-13 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000009926 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 5.293543381412746e-13 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000020513 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.0587086762825493e-12 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000020513 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 1.0587086762825493e-12 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000041687 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.1174173525650986e-12 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000041687 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 2.1174173525650986e-12 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000084035 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.234834705130197e-12 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000084035 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 4.234834705130197e-12 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000168732 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.469669410260394e-12 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000168732 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 8.469669410260394e-12 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000338126 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.693933882052079e-11 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000338126 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 1.693933882052079e-11 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000000676912 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.387867764104158e-11 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000000676912 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 3.387867764104158e-11 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000001354486 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.775735528208315e-11 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000001354486 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 6.775735528208315e-11 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000002709633 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.355147105641663e-10 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000002709633 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 1.355147105641663e-10 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000005419927 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.710294211283326e-10 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000005419927 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 2.710294211283326e-10 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000010840516 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 5.420588422566652e-10 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000010840516 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 5.420588422566652e-10 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000021681692 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.0841176845133305e-09 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000021681692 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 1.0841176845133305e-09 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000043364046 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.168235369026661e-09 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000043364046 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 2.168235369026661e-09 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000086728754 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.336470738053322e-09 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000086728754 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 4.336470738053322e-09 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:05  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000173458168 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.672941476106644e-09 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000173458168 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 8.672941476106644e-09 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000346916998 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.7345882952213287e-08 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:05  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:05  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000346916998 s
10-30-22 19:05  PyFrac.controller.run                    DEBUG     for a time step of: 1.7345882952213287e-08 s
10-30-22 19:05  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:05  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000000693834657 ...
10-30-22 19:05  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.4691765904426575e-08 sec...
10-30-22 19:05  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3000000693834657 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 3.4691765904426575e-08 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000001387669975 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.938353180885315e-08 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3000001387669975 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 6.938353180885315e-08 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300000277534061 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.387670636177063e-07 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.300000277534061 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 1.387670636177063e-07 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000005550681883 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.775341272354126e-07 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3000005550681883 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 2.775341272354126e-07 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000011101364428 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 5.550682544708252e-07 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3000011101364428 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 5.550682544708252e-07 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000022202729518 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.1101365089416504e-06 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3000022202729518 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 1.1101365089416504e-06 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000044405459696 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 2.2202730178833008e-06 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3000044405459696 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 2.2202730178833008e-06 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000088810920054 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 4.4405460357666016e-06 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3000088810920054 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 4.4405460357666016e-06 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300017762184077 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 8.881092071533203e-06 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.300017762184077 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 8.881092071533203e-06 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.30003552436822 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 1.7762184143066406e-05 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.30003552436822 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 1.7762184143066406e-05 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3000710487365061 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 3.552436828613281e-05 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3000710487365061 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 3.552436828613281e-05 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3001420974730784 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 7.104873657226562e-05 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3001420974730784 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 7.104873657226562e-05 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300284194946223 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00014209747314453125 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.300284194946223 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.00014209747314453125 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.300568389892512 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002841949462890625 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.300568389892512 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002841949462890625 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3011367797850901 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000568389892578125 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3011367797850901 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.000568389892578125 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3022735595702464 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00113677978515625 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3022735595702464 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.00113677978515625 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3045471191405589 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022735595703125 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3045471191405589 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022735595703125 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.305 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004528808594410627 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.305 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004528808594410627 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.305905761718882 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009057617188821254 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.305905761718882 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009057617188821254 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3077172851566463 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018115234377642508 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3077172851566463 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018115234377642508 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3099999999999998 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002282714843353517 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3099999999999998 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.002282714843353517 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3145654296867069 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004565429686707034 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3145654296867069 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.004565429686707034 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3149999999999997 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004345703132928591 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3149999999999997 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004345703132928591 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:06  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3158691406265854 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008691406265857182 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3158691406265854 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008691406265857182 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3176074218797569 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017382812531714364 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Solved time: 1.3176074218797569 s
10-30-22 19:06  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017382812531714364 s
10-30-22 19:06  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:06  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3199999999999996 ...
10-30-22 19:06  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023925781202427387 sec...
10-30-22 19:06  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:06  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:06  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Solved time: 1.3199999999999996 s
10-30-22 19:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023925781202427387 s
10-30-22 19:07  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3249999999999995 ...
10-30-22 19:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 19:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Solved time: 1.3249999999999995 s
10-30-22 19:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:07  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3299999999999994 ...
10-30-22 19:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Solved time: 1.3299999999999994 s
10-30-22 19:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:07  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3349999999999993 ...
10-30-22 19:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Solved time: 1.3349999999999993 s
10-30-22 19:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:07  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3399999999999992 ...
10-30-22 19:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Solved time: 1.3399999999999992 s
10-30-22 19:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:07  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.344999999999999 ...
10-30-22 19:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Solved time: 1.344999999999999 s
10-30-22 19:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:07  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.349999999999999 ...
10-30-22 19:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Solved time: 1.349999999999999 s
10-30-22 19:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:07  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3549999999999989 ...
10-30-22 19:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Solved time: 1.3549999999999989 s
10-30-22 19:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:07  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3599999999999988 ...
10-30-22 19:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Solved time: 1.3599999999999988 s
10-30-22 19:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:07  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3649999999999987 ...
10-30-22 19:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Solved time: 1.3649999999999987 s
10-30-22 19:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:07  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3699999999999986 ...
10-30-22 19:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Solved time: 1.3699999999999986 s
10-30-22 19:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:07  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3749999999999984 ...
10-30-22 19:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Solved time: 1.3749999999999984 s
10-30-22 19:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:07  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3799999999999983 ...
10-30-22 19:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:07  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:07  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 19:07  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Solved time: 1.3799999999999983 s
10-30-22 19:07  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:07  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:07  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:07  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:07  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3849999999999982 ...
10-30-22 19:07  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:07  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Solved time: 1.3849999999999982 s
10-30-22 19:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:08  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.3899999999999981 ...
10-30-22 19:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Solved time: 1.3899999999999981 s
10-30-22 19:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:08  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.394999999999998 ...
10-30-22 19:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Solved time: 1.394999999999998 s
10-30-22 19:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:08  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.399999999999998 ...
10-30-22 19:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Solved time: 1.399999999999998 s
10-30-22 19:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:08  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4049999999999978 ...
10-30-22 19:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Solved time: 1.4049999999999978 s
10-30-22 19:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:08  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4099999999999977 ...
10-30-22 19:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Solved time: 1.4099999999999977 s
10-30-22 19:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:08  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4149999999999976 ...
10-30-22 19:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 19:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Solved time: 1.4149999999999976 s
10-30-22 19:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:08  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4199999999999975 ...
10-30-22 19:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 19:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Solved time: 1.4199999999999975 s
10-30-22 19:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:08  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4249999999999974 ...
10-30-22 19:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 19:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Solved time: 1.4249999999999974 s
10-30-22 19:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:08  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4299999999999973 ...
10-30-22 19:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Solved time: 1.4299999999999973 s
10-30-22 19:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:08  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4349999999999972 ...
10-30-22 19:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 19:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Solved time: 1.4349999999999972 s
10-30-22 19:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:08  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.439999999999997 ...
10-30-22 19:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:08  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Solved time: 1.439999999999997 s
10-30-22 19:08  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:08  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:08  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:08  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:08  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.444999999999997 ...
10-30-22 19:08  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:08  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:08  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:08  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 19:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Solved time: 1.444999999999997 s
10-30-22 19:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:09  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4499999999999968 ...
10-30-22 19:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Solved time: 1.4499999999999968 s
10-30-22 19:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:09  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4549999999999967 ...
10-30-22 19:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 19:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Solved time: 1.4549999999999967 s
10-30-22 19:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:09  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4599999999999966 ...
10-30-22 19:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Solved time: 1.4599999999999966 s
10-30-22 19:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:09  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4649999999999965 ...
10-30-22 19:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Solved time: 1.4649999999999965 s
10-30-22 19:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:09  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4699999999999964 ...
10-30-22 19:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Solved time: 1.4699999999999964 s
10-30-22 19:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:09  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4749999999999963 ...
10-30-22 19:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Solved time: 1.4749999999999963 s
10-30-22 19:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:09  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4799999999999962 ...
10-30-22 19:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Solved time: 1.4799999999999962 s
10-30-22 19:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:09  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.484999999999996 ...
10-30-22 19:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Solved time: 1.484999999999996 s
10-30-22 19:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:09  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.489999999999996 ...
10-30-22 19:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Solved time: 1.489999999999996 s
10-30-22 19:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:09  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4949999999999959 ...
10-30-22 19:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Solved time: 1.4949999999999959 s
10-30-22 19:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:09  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.4999999999999958 ...
10-30-22 19:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:09  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Solved time: 1.4999999999999958 s
10-30-22 19:09  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:09  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:09  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:09  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:09  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5049999999999957 ...
10-30-22 19:09  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:09  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:09  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:09  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 19:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Solved time: 1.5049999999999957 s
10-30-22 19:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:10  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5099999999999956 ...
10-30-22 19:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 19:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Solved time: 1.5099999999999956 s
10-30-22 19:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:10  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5149999999999955 ...
10-30-22 19:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 19:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Solved time: 1.5149999999999955 s
10-30-22 19:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:10  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5199999999999954 ...
10-30-22 19:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 19:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Solved time: 1.5199999999999954 s
10-30-22 19:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:10  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5249999999999952 ...
10-30-22 19:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 19:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Solved time: 1.5249999999999952 s
10-30-22 19:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:10  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5299999999999951 ...
10-30-22 19:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Solved time: 1.5299999999999951 s
10-30-22 19:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:10  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.534999999999995 ...
10-30-22 19:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 19:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Solved time: 1.534999999999995 s
10-30-22 19:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:10  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.539999999999995 ...
10-30-22 19:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Solved time: 1.539999999999995 s
10-30-22 19:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:10  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5449999999999948 ...
10-30-22 19:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Solved time: 1.5449999999999948 s
10-30-22 19:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:10  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5499999999999947 ...
10-30-22 19:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 18 iterations
10-30-22 19:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Solved time: 1.5499999999999947 s
10-30-22 19:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:10  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5549999999999946 ...
10-30-22 19:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:10  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Solved time: 1.5549999999999946 s
10-30-22 19:10  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:10  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:10  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:10  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:10  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5599999999999945 ...
10-30-22 19:10  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:10  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:10  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:10  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.5599999999999945 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5649999999999944 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.5649999999999944 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5699999999999943 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.5699999999999943 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5749999999999942 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.5749999999999942 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.579999999999994 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.579999999999994 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.584999999999994 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.584999999999994 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5899999999999939 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.5899999999999939 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5947340297062316 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004734029706237708 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.5947340297062316 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.004734029706237708 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5949999999999938 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002659702937621855 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.5949999999999938 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002659702937621855 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5955319405875181 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000531940587524371 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.5955319405875181 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.000531940587524371 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5965958217625669 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001063881175048742 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.5965958217625669 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.001063881175048742 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5987235841126644 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002127762350097484 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.5987235841126644 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.002127762350097484 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.5999999999999936 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012764158873292963 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.5999999999999936 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012764158873292963 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6025528317746522 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0025528317746585927 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.6025528317746522 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0025528317746585927 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6049999999999935 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024471682253413007 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:11  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Solved time: 1.6049999999999935 s
10-30-22 19:11  PyFrac.controller.run                    DEBUG     for a time step of: 0.0024471682253413007 s
10-30-22 19:11  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:11  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:11  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:11  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.609446044745915 ...
10-30-22 19:11  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004446044745921365 sec...
10-30-22 19:11  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:11  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:11  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.609446044745915 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0044460447459213626 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6099999999999934 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005539552540785309 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.6099999999999934 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005539552540785309 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6111079105081505 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011079105081570617 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.6111079105081505 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011079105081570617 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6133237315244646 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022158210163141234 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.6133237315244646 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022158210163141234 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6149999999999933 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016762684755287083 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.6149999999999933 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016762684755287083 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6183525369510507 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0033525369510574166 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.6183525369510507 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0033525369510574166 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6199999999999932 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016474630489424769 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.6199999999999932 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016474630489424769 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6232949260978782 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0032949260978849537 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.6232949260978782 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0032949260978849537 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6249999999999931 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017050739021149397 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.6249999999999931 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017050739021149397 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.628410147804223 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0034101478042298794 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 6 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.628410147804223 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0034101478042298794 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.629999999999993 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001589852195770014 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.629999999999993 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.001589852195770014 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.633179704391533 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003179704391540028 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.633179704391533 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.003179704391540028 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.634999999999993 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018202956084598654 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.634999999999993 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018202956084598654 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6386405912169126 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0036405912169197308 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.6386405912169126 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0036405912169197308 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6399999999999928 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013594087830801627 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.6399999999999928 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013594087830801627 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:12  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6427188175661531 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0027188175661603253 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:12  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Solved time: 1.6427188175661531 s
10-30-22 19:12  PyFrac.controller.run                    DEBUG     for a time step of: 0.0027188175661603253 s
10-30-22 19:12  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:12  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6449999999999927 ...
10-30-22 19:12  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002281182433839568 sec...
10-30-22 19:12  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:12  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:12  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.6449999999999927 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.002281182433839568 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.648707544468366 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0037075444683734382 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.648707544468366 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0037075444683734027 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6499999999999926 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012924555316264907 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.6499999999999926 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012924555316264907 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6525849110632456 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0025849110632529815 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.6525849110632456 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0025849110632529815 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6549999999999925 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002415088936746912 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.6549999999999925 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.002415088936746912 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6584650243262835 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0034650243262911145 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.6584650243262835 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.003465024326291033 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6599999999999924 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0015349756737088605 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.6599999999999924 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0015349756737088605 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.66306995134741 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.003069951347417721 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.66306995134741 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.003069951347417721 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6649999999999923 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019300486525821725 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.6649999999999923 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019300486525821725 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6682426166100532 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0032426166100610783 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 12 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.6682426166100532 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0032426166100609777 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6699999999999922 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017573833899389157 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.6699999999999922 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017573833899389157 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6731720552248552 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0031720552248631568 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.6731720552248552 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0031720552248630796 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.674999999999992 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018279447751368139 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.674999999999992 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018279447751368139 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6780386406913197 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0030386406913275863 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.6780386406913197 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.003038640691327643 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.679999999999992 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019613593086722503 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Solved time: 1.679999999999992 s
10-30-22 19:13  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019613593086722503 s
10-30-22 19:13  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:13  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:13  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:13  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6829552969562307 ...
10-30-22 19:13  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002955296956238848 sec...
10-30-22 19:13  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:13  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:13  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.6829552969562307 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.002955296956238751 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6849999999999918 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0020447030437611424 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.6849999999999918 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0020447030437611424 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6878708761606482 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0028708761606563234 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 13 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.6878708761606482 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0028708761606563993 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6899999999999917 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002129123839343494 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.6899999999999917 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.002129123839343494 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6927551377864916 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0027551377864998643 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.6927551377864916 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0027551377864998283 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6949999999999916 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002244862213500065 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.6949999999999916 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.002244862213500065 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6976885573023601 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002688557302368533 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.6976885573023601 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0026885573023684994 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.6999999999999915 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002311442697631394 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.6999999999999915 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.002311442697631394 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7025520634589322 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00255206345894069 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 17 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.7025520634589322 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0025520634589406566 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7049999999999914 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002447936541059237 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.7049999999999914 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.002447936541059237 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7074651875658249 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0024651875658334185 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.7074651875658249 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.002465187565833471 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7099999999999913 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0025348124341664224 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.7099999999999913 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0025348124341664224 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.712378007095838 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0023780070958468948 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.712378007095838 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.0023780070958467903 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7147022168678945 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002324209772056385 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.7147022168678945 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.002324209772056385 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7149999999999912 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00029778313209671836 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:14  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Solved time: 1.7149999999999912 s
10-30-22 19:14  PyFrac.controller.run                    DEBUG     for a time step of: 0.00029778313209671836 s
10-30-22 19:14  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:14  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:14  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:14  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7155955662641846 ...
10-30-22 19:14  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005955662641934367 sec...
10-30-22 19:14  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:14  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:14  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7155955662641846 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005955662641934367 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7167866987925715 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011911325283868734 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7167866987925715 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011911325283868734 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7189963639306047 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0022096651380332888 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7189963639306047 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0022096651380332233 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.719999999999991 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00100363606938636 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.719999999999991 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.00100363606938636 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7220072721387638 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00200727213877272 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 15 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7220072721387638 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.00200727213877272 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7241454600304515 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002138187891687631 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7241454600304515 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0021381878916877373 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.724999999999991 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008545399695394362 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.724999999999991 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008545399695394362 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7267090799390699 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0017090799390788725 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7267090799390699 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017090799390788725 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7287406269020478 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.002031546962977935 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7287406269020478 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.002031546962977915 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7299999999999909 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012593730979431061 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7299999999999909 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012593730979431061 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7319596582150838 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019596582150928233 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7319596582150838 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019596582150929187 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7338800973044433 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0019204390893594785 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7338800973044433 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0019204390893594603 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7349999999999908 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011199026955475144 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7349999999999908 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011199026955475144 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7368876782648095 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018876782648187475 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7368876782648095 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0018876782648187262 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7387200960745381 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0018324178097286392 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7387200960745381 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.001832417809728648 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7399999999999907 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001279903925452519 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7399999999999907 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.001279903925452519 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:15  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.74176727147751 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00176727147751948 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.74176727147751 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017672714775194276 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7435126757781125 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001745404300602399 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:15  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Solved time: 1.7435126757781125 s
10-30-22 19:15  PyFrac.controller.run                    DEBUG     for a time step of: 0.0017454043006024378 s
10-30-22 19:15  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:15  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7449999999999906 ...
10-30-22 19:15  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001487324221878028 sec...
10-30-22 19:15  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:15  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:15  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7449999999999906 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.001487324221878028 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7466549938651628 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016549938651721564 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7466549938651628 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016549938651722051 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7482820653264233 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016270714612604137 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7482820653264233 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0016270714612605097 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7498922703569446 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0016102050305214313 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7498922703569446 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.001610205030521339 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7499999999999905 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00010772964304583965 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7499999999999905 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.00010772964304583965 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7502154592860821 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002154592860916793 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7502154592860821 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002154592860916793 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7506463778582655 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004309185721833586 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7506463778582655 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004309185721833586 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7515082150026322 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008618371443667172 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7515082150026322 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008618371443667172 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7530484588983142 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0015402438956819795 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7530484588983142 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0015402438956819697 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7545464151796009 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014979562812866827 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7545464151796009 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014979562812866831 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7549999999999903 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00045358482038948544 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7549999999999903 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.00045358482038948544 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7559071696407693 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009071696407789709 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7559071696407693 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009071696407789709 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7573472539833468 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014400843425774869 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7573472539833468 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0014400843425774745 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7587772053915909 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0014299514082441469 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7587772053915909 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.00142995140824409 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7599999999999902 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.001222794608399358 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7599999999999902 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.001222794608399358 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7613914049441979 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013914049442075456 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7613914049441979 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013914049442076415 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7627276801872265 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013362752430285075 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7627276801872265 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013362752430285951 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7640110316896105 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012833515023839767 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 16 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7640110316896105 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012833515023840114 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7649999999999901 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009889683103796454 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7649999999999901 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009889683103796454 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:16  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7662865078573775 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012865078573873869 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:16  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:16  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Solved time: 1.7662865078573775 s
10-30-22 19:16  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012865078573873756 s
10-30-22 19:16  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:16  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7675219771806592 ...
10-30-22 19:16  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012354693232816546 sec...
10-30-22 19:16  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7675219771806592 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012354693232816683 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7687267899269645 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012048127463053823 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7687267899269645 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012048127463053504 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7699301786859174 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0012033887589528417 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7699301786859174 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0012033887589528725 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.76999999999999 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 6.98213140726267e-05 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.76999999999999 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 6.98213140726267e-05 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7701396426281353 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0001396426281452534 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7701396426281353 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0001396426281452534 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7704189278844258 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002792852562905068 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7704189278844258 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002792852562905068 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7709774983970068 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005585705125810136 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7709774983970068 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005585705125810136 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7720946394221688 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011171410251620273 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7720946394221688 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011171410251620273 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7732298355808769 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011351961587080955 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7732298355808769 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0011351961587080517 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7743387207644348 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0011088851835579477 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7743387207644348 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.001108885183557895 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.77499999999999 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006612792355551456 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.77499999999999 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006612792355551456 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7760565576180947 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010565576181047896 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7760565576180947 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010565576181047476 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.777089120549376 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010325629312811812 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.777089120549376 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.001032562931281289 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7781363010283162 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010471804789402637 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7781363010283162 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0010471804789402572 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7791708826651214 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0010345816368051263 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7791708826651214 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.001034581636805143 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7799999999999898 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008291173348684566 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7799999999999898 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008291173348684566 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.780960604210327 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009606042103371985 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.780960604210327 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009606042103371681 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7819197832519018 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009591790415748006 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7819197832519018 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009591790415748314 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7828408569046068 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009210736527050875 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7828408569046068 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009210736527049956 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7837715534428225 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0009306965382157549 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7837715534428225 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0009306965382156474 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7846652667074163 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008937132645937956 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7846652667074163 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.000893713264593865 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7849999999999897 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003347332925733859 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7849999999999897 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003347332925733859 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:17  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7856694665851365 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006694665851467718 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:17  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Solved time: 1.7856694665851365 s
10-30-22 19:17  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006694665851467718 s
10-30-22 19:17  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:17  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7865536579089925 ...
10-30-22 19:17  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008841913238560499 sec...
10-30-22 19:17  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:17  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:17  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7865536579089925 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008841913238559762 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7874026759845918 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008490180755993166 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7874026759845918 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008490180755993393 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7882366413325108 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008339653479190043 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7882366413325108 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.000833965347919019 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7890562360378808 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008195947053700168 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7890562360378808 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008195947053699637 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7898621156840255 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0008058796461447511 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7898621156840255 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0008058796461447582 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7899999999999896 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00013788431596406525 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7899999999999896 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.00013788431596406525 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7902757686319177 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002757686319281305 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7902757686319177 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002757686319281305 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.790827305895774 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000551537263856261 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.790827305895774 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.000551537263856261 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7915817546193014 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007544487235273183 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7915817546193014 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007544487235273678 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.792343451203728 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007616965844265179 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.792343451203728 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007616965844265966 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7930748426647545 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007313914610264325 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 5 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7930748426647545 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007313914610265204 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7938151370099826 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007402943452282365 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7938151370099826 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007402943452281541 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7945357152959875 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007205782860048255 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7945357152959875 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007205782860049137 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7949999999999895 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004642847040019493 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7949999999999895 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004642847040019493 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7957022801044407 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0007022801044510659 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7957022801044407 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0007022801044511695 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7963765840523758 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006743039479350115 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7963765840523758 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006743039479351065 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7970240462543488 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006474622019728859 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7970240462543488 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006474622019729814 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.797645730156203 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006216839018542663 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.797645730156203 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006216839018542419 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7982786589969662 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006329288407632606 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7982786589969662 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006329288407631584 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7988863820766798 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000607723079713734 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 9 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7988863820766798 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006077230797136846 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7995072383778064 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006208563011264223 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7995072383778064 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006208563011265156 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.7999999999999894 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004927616221830355 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.7999999999999894 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004927616221830355 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8006260718459641 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006260718459748342 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:18  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:18  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Solved time: 1.8006260718459641 s
10-30-22 19:18  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006260718459747405 s
10-30-22 19:18  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:18  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:18  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:18  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8012271988358857 ...
10-30-22 19:18  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006011269899216015 sec...
10-30-22 19:18  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8012271988358857 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.000601126989921541 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8018043840029356 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005771851670499966 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8018043840029356 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.000577185167049965 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8023585769254475 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005541929225119834 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8023585769254475 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005541929225119091 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8029097431487733 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005511662233257171 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8029097431487733 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005511662233257386 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8034585676416341 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005488244928608832 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8034585676416341 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005488244928608665 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.803995468679883 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005369010382487872 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.803995468679883 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005369010382487716 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8045109751115576 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005155064316746682 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8045109751115576 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005155064316746394 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8049999999999893 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004890248884317216 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8049999999999893 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004890248884317216 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.80549407232285 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004940723228608887 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.80549407232285 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004940723228608057 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8059877358934788 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004936635706288224 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8059877358934788 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.000493663570628744 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.806492427076492 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005046911830131538 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.806492427076492 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005046911830131062 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8069770008740902 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00048457379759835333 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8069770008740902 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.00048457379759825336 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.807463219201914 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004862183278238029 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.807463219201914 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.00048621832782380636 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8079300545794292 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004668353775151336 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8079300545794292 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.00046683537751524007 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8083993721330118 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00046931755358258675 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8083993721330118 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004693175535825933 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8088499781795937 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004506060465819691 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8088499781795937 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.00045060604658186953 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8092826177136359 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00043263953404206303 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8092826177136359 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.00043263953404215627 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8096980048703353 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00041538715669937995 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8096980048703353 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004153871566994205 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8099999999999892 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003019951296538981 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8099999999999892 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003019951296538981 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8104272056860067 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004272056860174171 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8104272056860067 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.00042720568601750664 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:19  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8108373664364357 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0004101607504289987 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8108373664364357 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004101607504289895 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8112641638815088 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000426797445073137 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8112641638815088 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004267974450731238 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8116856989618118 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00042153508030286094 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Solved time: 1.8116856989618118 s
10-30-22 19:19  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004215350803029594 s
10-30-22 19:19  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:19  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8120904223598198 ...
10-30-22 19:19  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00040472339800804927 sec...
10-30-22 19:19  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:19  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:19  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8120904223598198 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00040472339800801116 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8125025995059025 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00041217714608270285 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8125025995059025 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00041217714608277056 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8128983363578977 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000395736851995138 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8128983363578977 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.000395736851995121 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8132782881665688 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003799518086711012 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8132782881665688 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00037995180867111955 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8136430828506995 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00036479468413084517 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8136430828506995 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00036479468413075367 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8140158957508947 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003728129001951987 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8140158957508947 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003728129001951963 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8143984192026414 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003825234517467231 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8143984192026414 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003825234517467191 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8147656818365252 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00036726263388367833 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8147656818365252 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00036726263388375813 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.814999999999989 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0002343181634638647 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.814999999999989 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0002343181634638647 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8153432671411192 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00034326714113010307 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8153432671411192 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00034326714113008805 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8157104994351527 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003672322940335071 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8157104994351527 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003672322940335704 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8160630786467347 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00035257921158195763 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8160630786467347 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00035257921158193817 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8164015899206014 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00033851127386684034 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8164015899206014 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003385112738667484 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8167533120883004 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00035172216769886874 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8167533120883004 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003517221676989646 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8171054452056152 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00035213311731483593 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8171054452056152 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00035213311731485675 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8174435273948102 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003380821891950376 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8174435273948102 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003380821891949548 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8177681186811994 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00032459128638914227 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8177681186811994 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00032459128638917534 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8181087928413315 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00034067416013214844 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8181087928413315 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00034067416013217056 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.818435871477756 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00032707863642455993 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.818435871477756 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00032707863642444934 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8187498972790346 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003140258012786163 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8187498972790346 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003140258012785946 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8190822407186769 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003323434396423573 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8190822407186769 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00033234343964227975 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8194587594851612 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000376518766484444 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8194587594851612 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00037651876648436833 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.819820254546246 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003614950610847384 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.819820254546246 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00036149506108484886 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.819999999999989 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00017974545374288553 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.819999999999989 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.00017974545374288553 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:20  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8203399087200196 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00033990872003057974 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:20  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Solved time: 1.8203399087200196 s
10-30-22 19:20  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003399087200306461 s
10-30-22 19:20  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:20  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.820666245507413 ...
10-30-22 19:20  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00032633678739342513 sec...
10-30-22 19:20  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:20  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:20  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.820666245507413 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.00032633678739335537 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8210220561351238 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003558106277108094 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8210220561351238 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003558106277108397 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8213636680384244 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00034161190330059276 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8213636680384244 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003416119033006204 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8216916485738681 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003279805354437906 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 4 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8216916485738681 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003279805354436949 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8220861582943475 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.000394509720479487 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8220861582943475 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0003945097204793857 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.82249966040172 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00041350210737252954 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.82249966040172 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0004135021073725653 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8228966689378356 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0003970085361156145 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 2 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8228966689378356 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.00039700853611557285 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8232778419611264 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00038117302329085064 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 10 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8232778419611264 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.00038117302329077063 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.82372527075907 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00044742879794368133 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 7 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.82372527075907 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.00044742879794368307 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8242764623175762 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0005511915585062163 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8242764623175762 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0005511915585061367 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.824892369220615 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006159069030388053 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 3 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.824892369220615 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006159069030386988 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8249999999999889 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00010763077937392396 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8249999999999889 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.00010763077937392396 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8252152615587367 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00021526155874784791 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8252152615587367 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.00021526155874784791 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8256457846762324 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00043052311749569583 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8256457846762324 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.00043052311749569583 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8263221284283067 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006763437520741523 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8263221284283067 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006763437520742599 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8276748159324552 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013526875041485198 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8276748159324552 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013526875041485198 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8299999999999887 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00232518406753357 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8299999999999887 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.00232518406753357 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8346503681350559 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00465036813506714 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8346503681350559 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.00465036813506714 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8349999999999886 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00034963186493275344 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8349999999999886 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.00034963186493275344 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8356992637298541 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0006992637298655069 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8356992637298541 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0006992637298655069 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8370977911895852 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0013985274597310138 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8370977911895852 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0013985274597310138 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8399999999999885 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.0029022088104033728 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8399999999999885 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.0029022088104033728 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8449999999999884 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8449999999999884 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8499999999999883 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8499999999999883 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8549999999999882 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:21  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:21  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Solved time: 1.8549999999999882 s
10-30-22 19:21  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:21  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:21  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:21  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:21  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.859999999999988 ...
10-30-22 19:21  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:21  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Solved time: 1.859999999999988 s
10-30-22 19:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:22  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.864999999999988 ...
10-30-22 19:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Solved time: 1.864999999999988 s
10-30-22 19:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:22  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.869999999999988 ...
10-30-22 19:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Solved time: 1.869999999999988 s
10-30-22 19:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:22  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8749999999999878 ...
10-30-22 19:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Solved time: 1.8749999999999878 s
10-30-22 19:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:22  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8799999999999877 ...
10-30-22 19:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Solved time: 1.8799999999999877 s
10-30-22 19:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:22  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8849999999999876 ...
10-30-22 19:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Solved time: 1.8849999999999876 s
10-30-22 19:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:22  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8899999999999875 ...
10-30-22 19:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Solved time: 1.8899999999999875 s
10-30-22 19:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:22  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.8949999999999874 ...
10-30-22 19:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.004999999999999893 sec...
10-30-22 19:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Solved time: 1.8949999999999874 s
10-30-22 19:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.004999999999999893 s
10-30-22 19:22  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:22  PyFrac.controller.advance_time_step      INFO      Evaluating solution at time = 1.9 ...
10-30-22 19:22  PyFrac.controller.advance_time_step      DEBUG     Attempting time step of 0.00500000000001255 sec...
10-30-22 19:22  PyFrac.attempt_time_step                 DEBUG     Solving ElastoHydrodynamic equations with same footprint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.solve_width_pressure.sol_sys_EHL  DEBUG     Iterating on cells with active width constraint...
10-30-22 19:22  PyFrac.Anderson                          DEBUG     Converged after 1 iterations
10-30-22 19:22  PyFrac.controller.run                    INFO      Time step successful!
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Solved time: 1.9 s
10-30-22 19:22  PyFrac.controller.run                    DEBUG     for a time step of: 0.00500000000001255 s
10-30-22 19:22  PyFrac.controller.run                    INFO      Element in the crack: 3593
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Nx: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     Ny: 87
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hx: 0.011627906976744186
10-30-22 19:22  PyFrac.controller.run                    DEBUG     hy: 0.011627906976744186
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting footprint...
10-30-22 19:22  PyFrac.plot_fracture_list                INFO      Plotting w...
10-30-22 19:22  PyFrac.controller.run                    INFO      Final time = 1.9
10-30-22 19:22  PyFrac.controller.run                    INFO      -----Simulation finished------
10-30-22 19:22  PyFrac.controller.run                    INFO      number of time steps = 883
10-30-22 19:22  PyFrac.controller.run                    INFO      failed time steps = 0
10-30-22 19:22  PyFrac.controller.run                    INFO      number of remeshings = 0
