Environment - simulationEnvironment:
startTime=0
stopTime=1.5
tolerance=1e-06
numberOfIntervals=1
stepSize=1.5
Regular simulation: ./ModelicaTest_4.0.0_ModelicaTest.Math.Random.TestRandomNumbers  -abortSlowSimulation -alarm=480  -emit_protected -lv LOG_STATS
WARNING: other : Warning: unrecognized command line options -abortSlowSimulation 
INFO   : solver: SimManager: Start initialization
INFO   : solver: SimManager: Start simulation at t = 0.000000

... Demonstrate how to generate uniform random numbers with xorshift64*:
   random = 0.313593
   random = 0.511035
   random = 0.042446
   random = 0.686031
   random = 0.448066

... Demonstrate how to generate uniform random numbers with xorshift128+ (and 3 different localSeeds):
   random = 0.461154, 0.551896, 0.439852
   random = 0.031701, 0.109166, 0.735966
   random = 0.919226, 0.174328, 0.584951
   random = 0.544481, 0.009083, 0.516446
   random = 0.492459, 0.402873, 0.522502

... Demonstrate how to generate uniform random numbers with xorshift1024*:
   random = 0.311559
   random = 0.059952
   random = 0.946800
   random = 0.037925
   random = 0.674680

... Demonstrate how to generate uniform random numbers with xorshift64*:
   random = 0.313593
   random = 0.511035
   random = 0.042446
   random = 0.686031
   random = 0.448066

... Demonstrate how to generate uniform random numbers with xorshift128+ (and 3 different localSeeds):
   random = 0.461154, 0.551896, 0.439852
   random = 0.031701, 0.109166, 0.735966
   random = 0.919226, 0.174328, 0.584951
   random = 0.544481, 0.009083, 0.516446
   random = 0.492459, 0.402873, 0.522502

... Demonstrate how to generate uniform random numbers with xorshift1024*:
   random = 0.311559
   random = 0.059952
   random = 0.946800
   random = 0.037925
   random = 0.674680
INFO   : solver: SimManager: Simulation stop time: 1.500000
INFO   : solver: Simulation info from solver:
INFO   : solver: DASSL: steps taken nst = 81
INFO   : solver: DASSL: residual evaluations nre = 81
INFO   : solver: DASSL: jacobian evaluations nje = 80
INFO   : solver: DASSL: root evaluations nrt = 0
INFO   : solver: DASSL: error test failures netf = 0
INFO   : solver: DASSL: nonlinear convergence failures ncfn = 0
INFO   : solver: DASSL: nonlinear iterations nni = 81
INFO   : solver: DASSL: last evaluation time t = 1.750000
INFO   : solver: DASSL: last step size h = 0.750000
INFO   : solver: DASSL: last used order k = 1