140 – Modelica.Electrical.Analog.Examples.OpAmps.DifferentialAmplifier

            The model has the same number of unknowns and equations: 137
Check of <a href="Modelica://Modelica.Electrical.Analog.Examples.OpAmps.DifferentialAmplifier">Modelica.Electrical.Analog.Examples.OpAmps.DifferentialAmplifier</a> successful.


        

             = true
Translation of Modelica.Electrical.Analog.Examples.OpAmps.DifferentialAmplifier:
The DAE has 137 scalar unknowns and 137 scalar equations.
 
Statistics
 
Original Model
  Number of components: 24
  Variables: 220
  Parameters: 84 (84 scalars)
  Unknowns: 136 (137 scalars)
  Differentiated variables: 1 scalars
  Equations: 134
  Nontrivial: 107
Translated Model
  Constants: 27 scalars
  Free parameters: 31 scalars
  Parameter depending: 48 scalars
  Continuous time states: 1 scalars
  Time-varying variables: 39 scalars
  Alias variables: 76 scalars
  Number of mixed real/discrete systems of equations: 0
  Sizes of linear systems of equations: { }
  Sizes after manipulation of the linear systems: { }
  Sizes of nonlinear systems of equations: {14}
  Sizes after manipulation of the nonlinear systems: {3}
  Number of numerical Jacobians: 0
 
Settings
Advanced.StoreProtectedVariables = true
Selected continuous time states
Statically selected continuous time states
  rootMeanSquare.mean.x
 
        

            
rootMeanSquare.mean.x
        

            
3
        

            Log-file of program ./dymosim
(generated: Sat Mar 21 12:49:54 2020)

dymosim started
... "dsin.txt" loading (dymosim input file)
... "DifferentialAmplifier.mat" creating (simulation result file)

Integration started at T = 0 using integration method DASSL
(DAE multi-step solver (dassl/dasslrt of Petzold modified by Dassault Systemes))

ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.00045
  Tag: simulation.nonlinear[1]

  Common causes:
   * The system of equations has no solution - the residual will be above zero.
     - In some cases the event-logic can cause this.
   * Starting values are too far from the solution.
     - In rare cases this could occur at events.
   * The equations are too discontinuous for the nonlinear solver - the residual will have knees.
     - Likely caused by over-using noEvent.

  To get more information consider the options:
   * Simulation/Setup/Translation/Generate listing of translated Modelica code in dsmodel.mof
   * Simulation/Setup/Translation/List non-linear iteration variables
   * The options under the group Simulation/Setup/Debug/Nonlinear solver diagnostics

  Jacobian inverse norm estimate: 9.78402
  Condition number estimate: 11.9766
  1-norm of the residual = 10.0015

  Last value of the solution:
    resistor1.p.i = 0.00437761
    resistorGround.p.i = 0.00132951
    resistor2.p.i = -0.00121685
  Last value of the residual:
    { -6.26729, 1.15834, -2.57589 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.0066
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.77065
  Condition number estimate: 11.9594
  1-norm of the residual = 17.7132

  Last value of the solution:
    resistor1.p.i = -0.00128224
    resistorGround.p.i = -0.00137084
    resistor2.p.i = 0.00144285
  Last value of the residual:
    { -9.91459, 3.4512, -4.34742 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.007500000000000001
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.77706
  Condition number estimate: 11.9653
  1-norm of the residual = 24.8207

  Last value of the solution:
    resistor1.p.i = -0.0024418
    resistorGround.p.i = -0.00158329
    resistor2.p.i = 0.00161583
  Last value of the residual:
    { -13.0745, 6.05797, -5.68827 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.01475
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 12.8199
  Condition number estimate: 16.7292
  1-norm of the residual = 14.6544

  Last value of the solution:
    resistor1.p.i = -0.00120096
    resistorGround.p.i = 0.000663274
    resistor2.p.i = -0.000758102
  Last value of the residual:
    { 9.13721, -2.2913, 3.22587 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.0158
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.76478
  Condition number estimate: 11.9566
  1-norm of the residual = 16.6907

  Last value of the solution:
    resistor1.p.i = 0.000292101
    resistorGround.p.i = 0.00115375
    resistor2.p.i = -0.00108403
  Last value of the residual:
    { -8.66277, 3.64654, -4.38142 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.01963676367570306
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.78432
  Condition number estimate: 11.9746
  1-norm of the residual = 9.39736

  Last value of the solution:
    resistor1.p.i = 0.00419243
    resistorGround.p.i = 0.00153592
    resistor2.p.i = -0.00142746
  Last value of the residual:
    { -5.24264, 1.83174, -2.32298 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.02725
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 7.03685
  Condition number estimate: 9.18978
  1-norm of the residual = 11.3573

  Last value of the solution:
    resistor1.p.i = -0.00220272
    resistorGround.p.i = -0.00157161
    resistor2.p.i = 0.00147081
  Last value of the residual:
    { 6.43782, -2.15282, 2.76663 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.02966926287941143
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.78434
  Condition number estimate: 11.9747
  1-norm of the residual = 9.39107

  Last value of the solution:
    resistor1.p.i = -0.00420579
    resistorGround.p.i = -0.00152835
    resistor2.p.i = 0.00142039
  Last value of the residual:
    { 5.18723, -1.96029, 2.24355 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.03535
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 0.738424
  Condition number estimate: 3.16741
  1-norm of the residual = 19.0441

  Last value of the solution:
    resistor1.p.i = -0.00036421
    resistorGround.p.i = 0.000946564
    resistor2.p.i = -0.00101886
  Last value of the residual:
    { 11.2733, -4.21011, 3.56069 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.03695
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 0.822758
  Condition number estimate: 3.27266
  1-norm of the residual = 13.7667

  Last value of the solution:
    resistor1.p.i = 0.00181789
    resistorGround.p.i = 0.00149981
    resistor2.p.i = -0.00141484
  Last value of the residual:
    { -7.26423, 3.35946, -3.14304 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.03875
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 2.24323
  Condition number estimate: 7446.25
  1-norm of the residual = 6.29161

  Last value of the solution:
    resistor1.p.i = 0.00366836
    resistorGround.p.i = 0.00165119
    resistor2.p.i = -0.00155771
  Last value of the residual:
    { -4.13891, 1.35648, 0.796219 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.04005380795117363
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 2.27823
  Condition number estimate: 8336.17
  1-norm of the residual = 7.17019

  Last value of the solution:
    resistor1.p.i = 0.00432567
    resistorGround.p.i = 0.00143847
    resistor2.p.i = -0.00133022
  Last value of the residual:
    { -5.18434, 1.84265, -0.143197 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.04045
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 3.7539
  Condition number estimate: 3.2496
  1-norm of the residual = 7.85848

  Last value of the solution:
    resistor1.p.i = 0.0043844
    resistorGround.p.i = 0.00132318
    resistor2.p.i = -0.00121587
  Last value of the residual:
    { -5.14459, 1.89086, 0.823027 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.0413
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 1.40402
  Condition number estimate: 274.872
  1-norm of the residual = 9.85572

  Last value of the solution:
    resistor1.p.i = 0.00428455
    resistorGround.p.i = 0.00101331
    resistor2.p.i = -0.000906586
  Last value of the residual:
    { -5.5281, 1.83, -2.49762 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.04482333957477633
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 2.21216
  Condition number estimate: 13077.6
  1-norm of the residual = 0.0103911

  Last value of the solution:
    resistor1.p.i = 0.00104859
    resistorGround.p.i = -0.000731512
    resistor2.p.i = 0.000734724
  Last value of the residual:
    { -1.70974E-14, 0, 0.0103911 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.04515
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 19.2439
  Condition number estimate: 58.5212
  1-norm of the residual = 14.7609

  Last value of the solution:
    resistor1.p.i = 0.0005444
    resistorGround.p.i = -0.000912915
    resistor2.p.i = 0.000810603
  Last value of the residual:
    { 9.99203, -3.27937, 1.4895 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.04955
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 7.66517
  Condition number estimate: 5.47809
  1-norm of the residual = 23.5354

  Last value of the solution:
    resistor1.p.i = -0.00416174
    resistorGround.p.i = -0.00155033
    resistor2.p.i = 0.00146591
  Last value of the residual:
    { 0.0927538, 0.0598317, -23.3828 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.05640000000000001
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 2.25897
  Condition number estimate: 8421.02
  1-norm of the residual = 0.670095

  Last value of the solution:
    resistor1.p.i = 0.00108609
    resistorGround.p.i = 0.00134629
    resistor2.p.i = -0.00132235
  Last value of the residual:
    { 3.59712E-14, -2.84217E-14, -0.670095 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.06520000000000001
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 2.22816
  Condition number estimate: 10789
  1-norm of the residual = 11.1655

  Last value of the solution:
    resistor1.p.i = 0.000486889
    resistorGround.p.i = -0.00092944
    resistor2.p.i = 0.000841982
  Last value of the residual:
    { 8.40116, -2.75279, 0.0115119 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.07540000000000001
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 2.22211
  Condition number estimate: 10017.5
  1-norm of the residual = 11.4081

  Last value of the solution:
    resistor1.p.i = -0.000213316
    resistorGround.p.i = 0.00101429
    resistor2.p.i = -0.000922195
  Last value of the residual:
    { -8.51233, 2.89027, 0.00545375 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.07748607670115443
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.77699
  Condition number estimate: 11.9655
  1-norm of the residual = 11.0354

  Last value of the solution:
    resistor1.p.i = 0.00247566
    resistorGround.p.i = 0.00160805
    resistor2.p.i = -0.00150663
  Last value of the residual:
    { -6.17724, 2.12306, -2.73512 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.09265000000000001
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 2.1034
  Condition number estimate: 11.9896
  1-norm of the residual = 20.939

  Last value of the solution:
    resistor1.p.i = -0.00342935
    resistorGround.p.i = -0.000325048
    resistor2.p.i = 0.000398894
  Last value of the residual:
    { -13.3237, 3.21768, -4.3977 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.09518507306453471
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.76456
  Condition number estimate: 11.959
  1-norm of the residual = 14.6825

  Last value of the solution:
    resistor1.p.i = -0.000507392
    resistorGround.p.i = 0.000923156
    resistor2.p.i = -0.000835999
  Last value of the residual:
    { -8.39815, 2.70781, -3.57654 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.09625
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.76858
  Condition number estimate: 11.9592
  1-norm of the residual = 12.8511

  Last value of the solution:
    resistor1.p.i = 0.000935507
    resistorGround.p.i = 0.00132512
    resistor2.p.i = -0.00122912
  Last value of the residual:
    { -7.45063, 2.45528, -2.94516 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1001108802589563
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 7.50826
  Condition number estimate: 5.36859
  1-norm of the residual = 29.8753

  Last value of the solution:
    resistor1.p.i = 0.00434041
    resistorGround.p.i = 0.00142761
    resistor2.p.i = -0.00132416
  Last value of the residual:
    { -3.56481, 0.48293, 25.8276 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1004761581659557
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.12553
  Condition number estimate: 11.4145
  1-norm of the residual = 9.42199

  Last value of the solution:
    resistor1.p.i = 0.00438605
    resistorGround.p.i = 0.0013161
    resistor2.p.i = -0.00120748
  Last value of the residual:
    { -5.28452, 1.78191, -2.35556 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.10295
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 1.27808
  Condition number estimate: 4544.98
  1-norm of the residual = 11.609

  Last value of the solution:
    resistor1.p.i = 0.00326177
    resistorGround.p.i = 0.000235677
    resistor2.p.i = -0.000134665
  Last value of the residual:
    { -6.71011, 2.06764, -2.83121 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1306
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.78382
  Condition number estimate: 11.9768
  1-norm of the residual = 9.56804

  Last value of the solution:
    resistor1.p.i = -0.00438785
    resistorGround.p.i = -0.00127525
    resistor2.p.i = 0.00116757
  Last value of the residual:
    { 5.33564, -1.78405, 2.44835 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1353709618350718
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 2.25081
  Condition number estimate: 7636.15
  1-norm of the residual = 10.8828

  Last value of the solution:
    resistor1.p.i = -0.00026227
    resistorGround.p.i = 0.000998542
    resistor2.p.i = -0.000919926
  Last value of the residual:
    { -7.21472, 2.31312, 1.35498 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1374282064040119
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.77665
  Condition number estimate: 11.9653
  1-norm of the residual = 11.1101

  Last value of the solution:
    resistor1.p.i = 0.00240991
    resistorGround.p.i = 0.00159983
    resistor2.p.i = -0.00149868
  Last value of the residual:
    { -6.22474, 2.13429, -2.75103 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.14245
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.77596
  Condition number estimate: 11.9756
  1-norm of the residual = 19.0604

  Last value of the solution:
    resistor1.p.i = 0.00356583
    resistorGround.p.i = 0.000430111
    resistor2.p.i = -0.000496491
  Last value of the residual:
    { 10.6985, -3.68198, 4.67994 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.14995
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.78438
  Condition number estimate: 11.9754
  1-norm of the residual = 9.76776

  Last value of the solution:
    resistor1.p.i = -0.00429476
    resistorGround.p.i = -0.00146372
    resistor2.p.i = 0.0013572
  Last value of the residual:
    { 5.42007, -1.92357, 2.42412 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1557
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.7637
  Condition number estimate: 11.9548
  1-norm of the residual = 16.3107

  Last value of the solution:
    resistor1.p.i = 7.98347E-05
    resistorGround.p.i = 0.00107437
    resistor2.p.i = -0.00115493
  Last value of the residual:
    { 9.36628, -3.01833, 3.92606 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.158118493381506
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 7.72357
  Condition number estimate: 11.0269
  1-norm of the residual = 19.6833

  Last value of the solution:
    resistor1.p.i = 0.00302213
    resistorGround.p.i = 0.00160384
    resistor2.p.i = -0.00167481
  Last value of the residual:
    { 11.7797, -3.68454, 4.21898 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1582
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.78061
  Condition number estimate: 11.969
  1-norm of the residual = 10.2433

  Last value of the solution:
    resistor1.p.i = 0.00321541
    resistorGround.p.i = 0.00166685
    resistor2.p.i = -0.00156064
  Last value of the residual:
    { -5.86465, 2.00286, -2.37581 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.15935
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 0.707427
  Condition number estimate: 73.9284
  1-norm of the residual = 9.54001

  Last value of the solution:
    resistor1.p.i = 0.0040588
    resistorGround.p.i = 0.00158764
    resistor2.p.i = -0.00147973
  Last value of the residual:
    { -5.33114, 1.86401, -2.34486 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1594
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 0.759026
  Condition number estimate: 2.49265
  1-norm of the residual = 22.1292

  Last value of the solution:
    resistor1.p.i = 0.00398263
    resistorGround.p.i = 0.00152775
    resistor2.p.i = -0.00158959
  Last value of the residual:
    { 13.314, -4.89163, 3.92359 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.160509276166719
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 1.80809
  Condition number estimate: 41.6877
  1-norm of the residual = 20.606

  Last value of the solution:
    resistor1.p.i = 0.00427463
    resistorGround.p.i = 0.00124122
    resistor2.p.i = -0.00131019
  Last value of the residual:
    { 12.5024, -3.23627, 4.86735 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1619
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.77928
  Condition number estimate: 11.9771
  1-norm of the residual = 12.5395

  Last value of the solution:
    resistor1.p.i = 0.00399294
    resistorGround.p.i = 0.000730346
    resistor2.p.i = -0.000663775
  Last value of the residual:
    { -4.1965, 2.07002, -6.27294 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1650427002212546
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 29.8525
  Condition number estimate: 63413.9
  1-norm of the residual = 14.9355

  Last value of the solution:
    resistor1.p.i = 0.00069695
    resistorGround.p.i = -0.000863164
    resistor2.p.i = 0.00077272
  Last value of the residual:
    { 8.97995, -2.71758, 3.23798 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.17575
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.76463
  Condition number estimate: 11.9567
  1-norm of the residual = 13.6933

  Last value of the solution:
    resistor1.p.i = 0.000259788
    resistorGround.p.i = 0.00114973
    resistor2.p.i = -0.00106064
  Last value of the residual:
    { -7.60238, 2.71782, -3.37314 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1763
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 2.26964
  Condition number estimate: 6257.2
  1-norm of the residual = 10.1159

  Last value of the solution:
    resistor1.p.i = 0.00100273
    resistorGround.p.i = 0.0013416
    resistor2.p.i = -0.00124374
  Last value of the residual:
    { -7.55442, 2.42192, -0.139544 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1774445215528319
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.77674
  Condition number estimate: 11.9653
  1-norm of the residual = 11.0885

  Last value of the solution:
    resistor1.p.i = 0.00242853
    resistorGround.p.i = 0.00160219
    resistor2.p.i = -0.00150097
  Last value of the residual:
    { -6.21061, 2.13135, -2.74655 }
 
Solver will attempt to handle this problem.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1777
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 3.02137
  Condition number estimate: 415.123
  1-norm of the residual = 10.8135

  Last value of the solution:
    resistor1.p.i = 0.00271407
    resistorGround.p.i = 0.0016342
    resistor2.p.i = -0.00152864
  Last value of the residual:
    { -6.36995, 2.34248, -2.10108 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.18315
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 2.15362
  Condition number estimate: 9296.43
  1-norm of the residual = 14.35

  Last value of the solution:
    resistor1.p.i = 0.00295633
    resistorGround.p.i = 7.10644E-05
    resistor2.p.i = -0.000149416
  Last value of the residual:
    { 10.9413, -3.39711, -0.0116331 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1918
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 1.87462
  Condition number estimate: 43.1757
  1-norm of the residual = 10.2864

  Last value of the solution:
    resistor1.p.i = -0.00408494
    resistorGround.p.i = -0.000795129
    resistor2.p.i = 0.000690677
  Last value of the residual:
    { 5.73165, -2.04052, 2.51426 }
 
Skipping output point due to failure to evaluate model.


ERROR: Failed to solve nonlinear system using Newton solver.
  Time: 0.1982
  Tag: simulation.nonlinear[1]

  For debugging help refer to the first error message of this type.

  Jacobian inverse norm estimate: 9.78062
  Condition number estimate: 11.969
  1-norm of the residual = 10.2429

  Last value of the solution:
    resistor1.p.i = 0.00321603
    resistorGround.p.i = 0.00166799
    resistor2.p.i = -0.00156002
  Last value of the residual:
    { -6.03978, 1.95071, -2.25239 }
 
Skipping output point due to failure to evaluate model.

Integration terminated successfully at T = 0.2
   CPU-time for integration                : 1.2 seconds
   CPU-time for one grid interval          : 0.3 milliseconds
   CPU-time for initialization             : 0.001 seconds
   Number of result points                 : 3978
   Number of grid points                   : 4001
   Number of accepted steps                : 1882
   Number of f-evaluations (dynamics)      : 3733
   Number of Jacobian-evaluations          : 290
   Number of model time events             : 10
   Number of input time events             : 0
   Number of state events                  : 0
   Number of step events                   : 0
   Minimum integration stepsize            : 1.57e-10
   Maximum integration stepsize            : 0.000309
   Maximum integration order               : 5
Calling terminal section
... "dsfinal.txt" creating (final states)