+++++++++++++++++++++++++++++++
EXUDYN V1.6.1 solver: implicit second order time integration
STEP291, t = 5.82s, timeToGo = 4.87456s, Nit/step = 4.66323
STEP528, t = 10.56s, timeToGo = 3.57716s, Nit/step = 6
STEP765, t = 15.3s, timeToGo = 1.8443s, Nit/step = 6
STEP1000, t = 20s, timeToGo = 0s, Nit/step = 6
solver finished after 7.98426 seconds.
====================
CPU-time statistics:
  total time   = 7.98 seconds
  measured time= 7.93 seconds (=99.3%) 
  non-zero timer [__ sub-timer]:
  factorization     = 0.0901%
  newtonIncrement   = 12.4%
  integrationFormula= 0.175%
  ODE2RHS           = 15.5%
  ODE1RHS           = 0.00412%
  AERHS             = 28.9%
  totalJacobian     = 0.0133%
  __jacobianODE2    = 0.0048%
  __jacobianODE1    = 3.78e-06%
  __jacobianAE      = 0.00831%
  massMatrix        = 0.000155%
  reactionForces    = 42.9%
  Python          = 0.00226%
  overhead          = 0.00368%
  visualization/user= 0.00105%
Solver iteration statistics:
total number of steps:        1000
total number of Newton iterations: 5611
total number of Newton Jacobians:  1
+++++++++++++++++++++++++++++++
EXUDYN V1.6.1 solver: implicit second order time integration
Start multi-threading with 4 threads (tiny threading)
STEP658, t = 13.16s, timeToGo = 1.0401s, Nit/step = 5.40881
STEP1000, t = 20s, timeToGo = 0s, Nit/step = 6
Stop multi-threading
solver finished after 3.12613 seconds.
====================
CPU-time statistics:
  total time   = 3.13 seconds
  measured time= 3.06 seconds (=97.9%) 
  non-zero timer [__ sub-timer]:
  factorization     = 0.251%
  newtonIncrement   = 30.8%
  integrationFormula= 0.602%
  ODE2RHS           = 15%
  ODE1RHS           = 0.0107%
  AERHS             = 21.5%
  totalJacobian     = 0.0349%
  __jacobianODE2    = 0.0124%
  __jacobianODE1    = 9.8e-06%
  __jacobianAE      = 0.022%
  massMatrix        = 0.000474%
  reactionForces    = 31.8%
  Python          = 0.00711%
  overhead          = 0.0199%
  visualization/user= 0.002%
Solver iteration statistics:
total number of steps:        1000
total number of Newton iterations: 5611
total number of Newton Jacobians:  1
+++++++++++++++++++++++++++++++
EXUDYN V1.6.1 solver: implicit second order time integration
Start multi-threading with 8 threads (tiny threading)
STEP885, t = 17.7s, timeToGo = 0.259909s, Nit/step = 5.56045
STEP1000, t = 20s, timeToGo = 0s, Nit/step = 6
Stop multi-threading
solver finished after 2.27153 seconds.
====================
CPU-time statistics:
  total time   = 2.27 seconds
  measured time= 2.21 seconds (=97.1%) 
  non-zero timer [__ sub-timer]:
  factorization     = 0.355%
  newtonIncrement   = 42.6%
  integrationFormula= 0.876%
  ODE2RHS           = 16.6%
  ODE1RHS           = 0.0148%
  AERHS             = 15.7%
  totalJacobian     = 0.0567%
  __jacobianODE2    = 0.0184%
  __jacobianODE1    = 1.36e-05%
  __jacobianAE      = 0.0377%
  massMatrix        = 0.000662%
  reactionForces    = 23.7%
  Python          = 0.00911%
  overhead          = 0.03%
  visualization/user= 0.00295%
Solver iteration statistics:
total number of steps:        1000
total number of Newton iterations: 5611
total number of Newton Jacobians:  1
+++++++++++++++++++++++++++++++
EXUDYN V1.6.1 solver: implicit second order time integration
Start multi-threading with 10 threads (tiny threading)
STEP913, t = 18.26s, timeToGo = 0.190617s, Nit/step = 5.57393
STEP1000, t = 20s, timeToGo = 0s, Nit/step = 6
Stop multi-threading
solver finished after 2.20076 seconds.
====================
CPU-time statistics:
  total time   = 2.2 seconds
  measured time= 2.14 seconds (=97%) 
  non-zero timer [__ sub-timer]:
  factorization     = 0.348%
  newtonIncrement   = 46%
  integrationFormula= 0.926%
  ODE2RHS           = 16.4%
  ODE1RHS           = 0.0159%
  AERHS             = 14.4%
  totalJacobian     = 0.0489%
  __jacobianODE2    = 0.0179%
  __jacobianODE1    = 1.4e-05%
  __jacobianAE      = 0.0303%
  massMatrix        = 0.000665%
  reactionForces    = 21.9%
  Python          = 0.00998%
  overhead          = 0.034%
  visualization/user= 0.00312%
Solver iteration statistics:
total number of steps:        1000
total number of Newton iterations: 5611
total number of Newton Jacobians:  1
+++++++++++++++++++++++++++++++
EXUDYN V1.6.1 solver: implicit second order time integration
Start multi-threading with 12 threads (tiny threading)
STEP906, t = 18.12s, timeToGo = 0.207713s, Nit/step = 5.57064
STEP1000, t = 20s, timeToGo = 0s, Nit/step = 6
Stop multi-threading
solver finished after 2.19964 seconds.
====================
CPU-time statistics:
  total time   = 2.2 seconds
  measured time= 2.13 seconds (=97%) 
  non-zero timer [__ sub-timer]:
  factorization     = 0.363%
  newtonIncrement   = 48%
  integrationFormula= 0.946%
  ODE2RHS           = 15.7%
  ODE1RHS           = 0.0163%
  AERHS             = 13.9%
  totalJacobian     = 0.051%
  __jacobianODE2    = 0.0179%
  __jacobianODE1    = 1.41e-05%
  __jacobianAE      = 0.0324%
  massMatrix        = 0.000689%
  reactionForces    = 21%
  Python          = 0.0107%
  overhead          = 0.0337%
  visualization/user= 0.00292%
Solver iteration statistics:
total number of steps:        1000
total number of Newton iterations: 5611
total number of Newton Jacobians:  1
