Environment - simulationEnvironment:
startTime=0
stopTime=2e+06
tolerance=1e-06
numberOfIntervals=2500
stepSize=800
Regular simulation: ./Buildings_latest_Buildings.DHC.Loads.BaseClasses.Validation.BenchmarkFlowDistribution2  -abortSlowSimulation -alarm=480  -emit_protected -lv LOG_STATS
stdout            | info    | ... loading "tab1" from "/home/hudson/saved_omc/libraries/.openmodelica/libraries/Buildings 11.0.1-master/Resources/Data/DHC/Loads/Examples/SwissResidential_20190916.mos"
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | Non-Linear Solver try to handle a problem with a called assert.
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | While solving non-linear system an assertion failed during initialization.
|                 | |       | | The non-linear solver tries to solve the problem that could take some time.
|                 | |       | | It could help to provide better start-values for the iteration variables.
|                 | |       | | For more information simulate with -lv LOG_NLS_V
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | Non-Linear Solver try to handle a problem with a called assert.
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | While solving non-linear system an assertion failed during initialization.
|                 | |       | | The non-linear solver tries to solve the problem that could take some time.
|                 | |       | | It could help to provide better start-values for the iteration variables.
|                 | |       | | For more information simulate with -lv LOG_NLS_V
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | Non-Linear Solver try to handle a problem with a called assert.
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | While solving non-linear system an assertion failed during initialization.
|                 | |       | | The non-linear solver tries to solve the problem that could take some time.
|                 | |       | | It could help to provide better start-values for the iteration variables.
|                 | |       | | For more information simulate with -lv LOG_NLS_V
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | Non-Linear Solver try to handle a problem with a called assert.
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | While solving non-linear system an assertion failed during initialization.
|                 | |       | | The non-linear solver tries to solve the problem that could take some time.
|                 | |       | | It could help to provide better start-values for the iteration variables.
|                 | |       | | For more information simulate with -lv LOG_NLS_V
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | Non-Linear Solver try to handle a problem with a called assert.
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | While solving non-linear system an assertion failed during initialization.
|                 | |       | | The non-linear solver tries to solve the problem that could take some time.
|                 | |       | | It could help to provide better start-values for the iteration variables.
|                 | |       | | For more information simulate with -lv LOG_NLS_V
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | Non-Linear Solver try to handle a problem with a called assert.
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | While solving non-linear system an assertion failed during initialization.
|                 | |       | | The non-linear solver tries to solve the problem that could take some time.
|                 | |       | | It could help to provide better start-values for the iteration variables.
|                 | |       | | For more information simulate with -lv LOG_NLS_V
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | Non-Linear Solver try to handle a problem with a called assert.
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | While solving non-linear system an assertion failed during initialization.
|                 | |       | | The non-linear solver tries to solve the problem that could take some time.
|                 | |       | | It could help to provide better start-values for the iteration variables.
|                 | |       | | For more information simulate with -lv LOG_NLS_V
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | Non-Linear Solver try to handle a problem with a called assert.
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | While solving non-linear system an assertion failed during initialization.
|                 | |       | | The non-linear solver tries to solve the problem that could take some time.
|                 | |       | | It could help to provide better start-values for the iteration variables.
|                 | |       | | For more information simulate with -lv LOG_NLS_V
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | Non-Linear Solver try to handle a problem with a called assert.
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | While solving non-linear system an assertion failed during initialization.
|                 | |       | | The non-linear solver tries to solve the problem that could take some time.
|                 | |       | | It could help to provide better start-values for the iteration variables.
|                 | |       | | For more information simulate with -lv LOG_NLS_V
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | Non-Linear Solver try to handle a problem with a called assert.
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
assert            | debug   | Division by zero roughness / diameter in function context
stdout            | warning | While solving non-linear system an assertion failed during initialization.
|                 | |       | | The non-linear solver tries to solve the problem that could take some time.
|                 | |       | | It could help to provide better start-values for the iteration variables.
|                 | |       | | For more information simulate with -lv LOG_NLS_V
assert            | warning | The following assertion has been violated during initialization at time 0.000000
|                 | |       | false
assert            | warning | *** Warning in BenchmarkFlowDistribution2.ter.fan: Mover has per.etaHydMet=.Power_VolumeFlowRate or per.etaHydMet=.EulerNumber.
|                 | |       | This requires per.pressure to be provided.
|                 | |       | Because it is not, the model overrides this setting by using per.etaHydMet=.NotProvided.
|                 | |       | Also consider using models under Movers.Preconfigured which autopopulate a pressure curve.
assert            | warning | The following assertion has been violated during initialization at time 0.000000
|                 | |       | false
assert            | warning | *** Warning in BenchmarkFlowDistribution2.ter.fan: Mover has per.etaMotMet=.Efficiency_MotorPartLoadRatio or per.etaMotMet=.GenericCurve.
|                 | |       | This requires per.WMot_nominal or per.pressure to be provided. Because neither is provided,
|                 | |       | the model overrides this setting and by using per.etaMotMet=.NotProvided.
|                 | |       | Also consider using models under Movers.Preconfigured which autopopulate a pressure curve.
assert            | warning | The following assertion has been violated during initialization at time 0.000000
|                 | |       | false
assert            | warning | *** Warning in BenchmarkFlowDistribution2.ter.fan: Mover has per.etaHydMet=.Power_VolumeFlowRate or per.etaHydMet=.EulerNumber.
|                 | |       | This requires per.pressure to be provided.
|                 | |       | Because it is not, the model overrides this setting by using per.etaHydMet=.NotProvided.
|                 | |       | Also consider using models under Movers.Preconfigured which autopopulate a pressure curve.
assert            | warning | The following assertion has been violated during initialization at time 0.000000
|                 | |       | false
assert            | warning | *** Warning in BenchmarkFlowDistribution2.ter.fan: Mover has per.etaMotMet=.Efficiency_MotorPartLoadRatio or per.etaMotMet=.GenericCurve.
|                 | |       | This requires per.WMot_nominal or per.pressure to be provided. Because neither is provided,
|                 | |       | the model overrides this setting and by using per.etaMotMet=.NotProvided.
|                 | |       | Also consider using models under Movers.Preconfigured which autopopulate a pressure curve.
assert            | warning | The following assertion has been violated during initialization at time 0.000000
|                 | |       | false
assert            | warning | *** Warning in BenchmarkFlowDistribution2.ter.fan: Mover has per.etaHydMet=.Power_VolumeFlowRate or per.etaHydMet=.EulerNumber.
|                 | |       | This requires per.pressure to be provided.
|                 | |       | Because it is not, the model overrides this setting by using per.etaHydMet=.NotProvided.
|                 | |       | Also consider using models under Movers.Preconfigured which autopopulate a pressure curve.
assert            | warning | The following assertion has been violated during initialization at time 0.000000
|                 | |       | false
assert            | warning | *** Warning in BenchmarkFlowDistribution2.ter.fan: Mover has per.etaMotMet=.Efficiency_MotorPartLoadRatio or per.etaMotMet=.GenericCurve.
|                 | |       | This requires per.WMot_nominal or per.pressure to be provided. Because neither is provided,
|                 | |       | the model overrides this setting and by using per.etaMotMet=.NotProvided.
|                 | |       | Also consider using models under Movers.Preconfigured which autopopulate a pressure curve.
assert            | warning | The following assertion has been violated during initialization at time 0.000000
|                 | |       | false
assert            | warning | *** Warning in BenchmarkFlowDistribution2.ter.fan: Mover has per.etaHydMet=.Power_VolumeFlowRate or per.etaHydMet=.EulerNumber.
|                 | |       | This requires per.pressure to be provided.
|                 | |       | Because it is not, the model overrides this setting by using per.etaHydMet=.NotProvided.
|                 | |       | Also consider using models under Movers.Preconfigured which autopopulate a pressure curve.
assert            | warning | The following assertion has been violated during initialization at time 0.000000
|                 | |       | false
assert            | warning | *** Warning in BenchmarkFlowDistribution2.ter.fan: Mover has per.etaMotMet=.Efficiency_MotorPartLoadRatio or per.etaMotMet=.GenericCurve.
|                 | |       | This requires per.WMot_nominal or per.pressure to be provided. Because neither is provided,
|                 | |       | the model overrides this setting and by using per.etaMotMet=.NotProvided.
|                 | |       | Also consider using models under Movers.Preconfigured which autopopulate a pressure curve.
assert            | warning | The following assertion has been violated during initialization at time 0.000000
|                 | |       | false
assert            | warning | *** Warning in BenchmarkFlowDistribution2.ter.fan: Mover has per.etaHydMet=.Power_VolumeFlowRate or per.etaHydMet=.EulerNumber.
|                 | |       | This requires per.pressure to be provided.
|                 | |       | Because it is not, the model overrides this setting by using per.etaHydMet=.NotProvided.
|                 | |       | Also consider using models under Movers.Preconfigured which autopopulate a pressure curve.
assert            | warning | The following assertion has been violated during initialization at time 0.000000
|                 | |       | false
assert            | warning | *** Warning in BenchmarkFlowDistribution2.ter.fan: Mover has per.etaMotMet=.Efficiency_MotorPartLoadRatio or per.etaMotMet=.GenericCurve.
|                 | |       | This requires per.WMot_nominal or per.pressure to be provided. Because neither is provided,
|                 | |       | the model overrides this setting and by using per.etaMotMet=.NotProvided.
|                 | |       | Also consider using models under Movers.Preconfigured which autopopulate a pressure curve.
assert            | warning | The following assertion has been violated during initialization at time 0.000000
|                 | |       | not (pum.per.etaHydMet == Buildings.Fluid.Movers.BaseClasses.Types.HydraulicEfficiencyMethod.Power_VolumeFlowRate or pum.per.etaHydMet == Buildings.Fluid.Movers.BaseClasses.Types.HydraulicEfficiencyMethod.EulerNumber)
assert            | warning | *** Warning in BenchmarkFlowDistribution2.pum: Mover has per.etaHydMet=.Power_VolumeFlowRate or per.etaHydMet=.EulerNumber.
|                 | |       | This requires per.pressure to be provided.
|                 | |       | Because it is not, the model overrides this setting by using per.etaHydMet=.NotProvided.
|                 | |       | Also consider using models under Movers.Preconfigured which autopopulate a pressure curve.
assert            | warning | The following assertion has been violated during initialization at time 0.000000
|                 | |       | pum.per.haveWMot_nominal or not (pum.per.etaMotMet == Buildings.Fluid.Movers.BaseClasses.Types.MotorEfficiencyMethod.Efficiency_MotorPartLoadRatio or pum.per.etaMotMet == Buildings.Fluid.Movers.BaseClasses.Types.MotorEfficiencyMethod.GenericCurve)
assert            | warning | *** Warning in BenchmarkFlowDistribution2.pum: Mover has per.etaMotMet=.Efficiency_MotorPartLoadRatio or per.etaMotMet=.GenericCurve.
|                 | |       | This requires per.WMot_nominal or per.pressure to be provided. Because neither is provided,
|                 | |       | the model overrides this setting and by using per.etaMotMet=.NotProvided.
|                 | |       | Also consider using models under Movers.Preconfigured which autopopulate a pressure curve.
LOG_SUCCESS       | info    | The initialization finished successfully with 3 homotopy steps.
LOG_STATS         | info    | ### STATISTICS ###
|                 | |       | | timer
|                 | |       | | |    0.0967771s          reading init.xml
|                 | |       | | |   0.00827976s          reading info.xml
|                 | |       | | |   0.00288393s [  0.1%] pre-initialization
|                 | |       | | |   0.00399638s [  0.1%] initialization
|                 | |       | | |   7.9179e-05s [  0.0%] steps
|                 | |       | | |    0.0441351s [  1.6%] solver (excl. callbacks)
|                 | |       | | |    0.0137153s [  0.5%] creating output-file
|                 | |       | | |   0.00184759s [  0.1%] event-handling
|                 | |       | | |    0.0240359s [  0.9%] overhead
|                 | |       | | |      2.66375s [ 96.7%] simulation
|                 | |       | | |      2.75444s [100.0%] total
|                 | |       | | events
|                 | |       | | |     0 state events
|                 | |       | | |     0 time events
|                 | |       | | solver: dassl
|                 | |       | | | 16360 steps taken
|                 | |       | | | 26647 calls of functionODE
|                 | |       | | |  4040 evaluations of jacobian
|                 | |       | | |  2165 error test failures
|                 | |       | | |     0 convergence test failures
|                 | |       | | | 1.47658s time of jacobian evaluation
LOG_SUCCESS       | info    | The simulation finished successfully.