+++++++++++++++++++++++++++++++
EXUDYN V1.6.1 solver: implicit second order time integration
STEP529, t = 5.29s, timeToGo = 5.56516s, Nit/step = 5.36484
STEP991, t = 9.91s, timeToGo = 4.07371s, Nit/step = 6.40909
STEP1503, t = 15.03s, timeToGo = 1.98478s, Nit/step = 5.7168
STEP1999, t = 19.99s, timeToGo = 0.004002s, Nit/step = 5.90927
STEP2000, t = 20s, timeToGo = 0s, Nit/step = 4
solver finished after 7.9994 seconds.
====================
CPU-time statistics:
  total time   = 8 seconds
  measured time= 7.93 seconds (=99.1%) 
  non-zero timer [__ sub-timer]:
  factorization     = 0.0873%
  newtonIncrement   = 11.3%
  integrationFormula= 0.159%
  ODE2RHS           = 14%
  ODE1RHS           = 0.00872%
  AERHS             = 30.8%
  totalJacobian     = 0.0121%
  __jacobianODE2    = 0.00415%
  __jacobianODE1    = 1.01e-05%
  __jacobianAE      = 0.00774%
  massMatrix        = 0.000184%
  reactionForces    = 43.7%
  Python          = 0.00374%
  overhead          = 0.00426%
  visualization/user= 0.00152%
Solver iteration statistics:
total number of steps:        2000
total number of Newton iterations: 11661
total number of Newton Jacobians:  2
+++++++++++++++++++++++++++++++
EXUDYN V1.6.1 solver: implicit second order time integration
Start multi-threading with 4 threads (tiny threading)
STEP1232, t = 12.32s, timeToGo = 1.24724s, Nit/step = 5.81169
STEP2000, t = 20s, timeToGo = 0s, Nit/step = 5.86068
Stop multi-threading
solver finished after 3.20485 seconds.
====================
CPU-time statistics:
  total time   = 3.2 seconds
  measured time= 3.13 seconds (=97.8%) 
  non-zero timer [__ sub-timer]:
  factorization     = 0.219%
  newtonIncrement   = 28.7%
  integrationFormula= 0.556%
  ODE2RHS           = 15.5%
  ODE1RHS           = 0.0217%
  AERHS             = 22.5%
  totalJacobian     = 0.0316%
  __jacobianODE2    = 0.0107%
  __jacobianODE1    = 1.91e-05%
  __jacobianAE      = 0.0203%
  massMatrix        = 0.000463%
  reactionForces    = 32.5%
  Python          = 0.00827%
  overhead          = 0.0156%
  visualization/user= 0.00353%
Solver iteration statistics:
total number of steps:        2000
total number of Newton iterations: 11661
total number of Newton Jacobians:  2
+++++++++++++++++++++++++++++++
EXUDYN V1.6.1 solver: implicit second order time integration
Start multi-threading with 8 threads (tiny threading)
STEP1616, t = 16.16s, timeToGo = 0.475304s, Nit/step = 5.92265
STEP2000, t = 20s, timeToGo = 0s, Nit/step = 5.44271
Stop multi-threading
solver finished after 2.41658 seconds.
====================
CPU-time statistics:
  total time   = 2.42 seconds
  measured time= 2.35 seconds (=97.1%) 
  non-zero timer [__ sub-timer]:
  factorization     = 0.296%
  newtonIncrement   = 39.1%
  integrationFormula= 0.807%
  ODE2RHS           = 17.9%
  ODE1RHS           = 0.0291%
  AERHS             = 17.1%
  totalJacobian     = 0.0435%
  __jacobianODE2    = 0.0148%
  __jacobianODE1    = 2.56e-05%
  __jacobianAE      = 0.028%
  massMatrix        = 0.000622%
  reactionForces    = 24.6%
  Python          = 0.0101%
  overhead          = 0.0243%
  visualization/user= 0.00486%
Solver iteration statistics:
total number of steps:        2000
total number of Newton iterations: 11661
total number of Newton Jacobians:  2
+++++++++++++++++++++++++++++++
EXUDYN V1.6.1 solver: implicit second order time integration
Start multi-threading with 10 threads (tiny threading)
STEP1784, t = 17.84s, timeToGo = 0.242201s, Nit/step = 5.83464
STEP2000, t = 20s, timeToGo = 0s, Nit/step = 5.7963
Stop multi-threading
solver finished after 2.22705 seconds.
====================
CPU-time statistics:
  total time   = 2.23 seconds
  measured time= 2.16 seconds (=96.8%) 
  non-zero timer [__ sub-timer]:
  factorization     = 0.324%
  newtonIncrement   = 41.5%
  integrationFormula= 0.88%
  ODE2RHS           = 18.9%
  ODE1RHS           = 0.0324%
  AERHS             = 15.6%
  totalJacobian     = 0.0461%
  __jacobianODE2    = 0.0156%
  __jacobianODE1    = 2.32e-05%
  __jacobianAE      = 0.0297%
  massMatrix        = 0.000677%
  reactionForces    = 22.8%
  Python          = 0.0108%
  overhead          = 0.0297%
  visualization/user= 0.00493%
Solver iteration statistics:
total number of steps:        2000
total number of Newton iterations: 11661
total number of Newton Jacobians:  2
+++++++++++++++++++++++++++++++
EXUDYN V1.6.1 solver: implicit second order time integration
Start multi-threading with 12 threads (tiny threading)
STEP1882, t = 18.82s, timeToGo = 0.125418s, Nit/step = 5.88682
STEP2000, t = 20s, timeToGo = 0s, Nit/step = 4.9322
Stop multi-threading
solver finished after 2.09694 seconds.
====================
CPU-time statistics:
  total time   = 2.1 seconds
  measured time= 2.03 seconds (=96.6%) 
  non-zero timer [__ sub-timer]:
  factorization     = 0.359%
  newtonIncrement   = 44.9%
  integrationFormula= 0.925%
  ODE2RHS           = 17.9%
  ODE1RHS           = 0.0341%
  AERHS             = 14.7%
  totalJacobian     = 0.049%
  __jacobianODE2    = 0.0167%
  __jacobianODE1    = 2.47e-05%
  __jacobianAE      = 0.0315%
  massMatrix        = 0.000725%
  reactionForces    = 21.1%
  Python          = 0.0116%
  overhead          = 0.0306%
  visualization/user= 0.00503%
Solver iteration statistics:
total number of steps:        2000
total number of Newton iterations: 11661
total number of Newton Jacobians:  2
