startTime=0
stopTime=1800
tolerance=1e-06
numberOfIntervals=2500
stepSize=0.72
wasm-jit simulation: simulate(Physiolibrary.Fluid.Examples.MeanRespiration,startTime=0,stopTime=1800,tolerance=1e-06,numberOfIntervals=2500,outputFormat="empty",variableFilter="",fileNamePrefix="Physiolibrary_Physiolibrary.Fluid.Examples.MeanRespiration",simflags="-alarm=480   -lv LOG_STATS")
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i12], 298.15, p, v, I) for $i12 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i13], 298.15, 1e5, 0.0, 0.0) for $i13 in 1:size(substanceData, 1))) in function context
LOG_STDOUT        | warning | Non-Linear Solver try to handle a problem with a called assert.
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i12], 298.15, p, v, I) for $i12 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i13], 298.15, 1e5, 0.0, 0.0) for $i13 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i12], 298.15, p, v, I) for $i12 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i13], 298.15, 1e5, 0.0, 0.0) for $i13 in 1:size(substanceData, 1))) in function context
LOG_STDOUT        | warning | While solving non-linear system an assertion failed during initialization.
|                 | |       | | The non-linear solver tries to solve the problem that could take some time.
|                 | |       | | It could help to provide better start-values for the iteration variables.
|                 | |       | | For more information simulate with -lv LOG_NLS_V
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.deadSpaceVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i6], 298.15, p, v, I) for $i6 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.deadSpaceVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i7], 298.15, 1e5, 0.0, 0.0) for $i7 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.deadSpaceVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i6], 298.15, p, v, I) for $i6 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.deadSpaceVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i7], 298.15, 1e5, 0.0, 0.0) for $i7 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.deadSpaceVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i6], 298.15, p, v, I) for $i6 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.deadSpaceVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i7], 298.15, 1e5, 0.0, 0.0) for $i7 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i12], 298.15, p, v, I) for $i12 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i13], 298.15, 1e5, 0.0, 0.0) for $i13 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i12], 298.15, p, v, I) for $i12 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i13], 298.15, 1e5, 0.0, 0.0) for $i13 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i12], 298.15, p, v, I) for $i12 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i13], 298.15, 1e5, 0.0, 0.0) for $i13 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i12], 298.15, p, v, I) for $i12 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i13], 298.15, 1e5, 0.0, 0.0) for $i13 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.deadSpaceVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i6], 298.15, p, v, I) for $i6 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.deadSpaceVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i7], 298.15, 1e5, 0.0, 0.0) for $i7 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.deadSpaceVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i6], 298.15, p, v, I) for $i6 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.deadSpaceVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i7], 298.15, 1e5, 0.0, 0.0) for $i7 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i12], 298.15, p, v, I) for $i12 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i13], 298.15, 1e5, 0.0, 0.0) for $i13 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i12], 298.15, p, v, I) for $i12 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i13], 298.15, 1e5, 0.0, 0.0) for $i13 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i12], 298.15, p, v, I) for $i12 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i13], 298.15, 1e5, 0.0, 0.0) for $i13 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i12], 298.15, p, v, I) for $i12 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i13], 298.15, 1e5, 0.0, 0.0) for $i13 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i12], 298.15, p, v, I) for $i12 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i13], 298.15, 1e5, 0.0, 0.0) for $i13 in 1:size(substanceData, 1))) in function context
LOG_ASSERT        | debug   | Division by zero (h - X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificEnthalpy(substanceData[$i12], 298.15, p, v, I) for $i12 in 1:size(substanceData, 1))) / (X * array(Physiolibrary.Fluid.Examples.MeanRespiration.alveolarVentilation.Medium.stateOfMatter.specificHeatCapacityCp(substanceData[$i13], 298.15, 1e5, 0.0, 0.0) for $i13 in 1:size(substanceData, 1))) in function context
LOG_SUCCESS       | info    | The initialization finished successfully without homotopy method.
LOG_STATS         | info    | ### STATISTICS ###
LOG_STATS         | info    | events
LOG_STATS         | info    | |       0 state events
LOG_STATS         | info    | |       0 time events
LOG_STATS         | info    | solver: euler-events
LOG_STATS         | info    | |    2500 steps taken
LOG_STATS         | info    | |    2500 calls of functionODE
LOG_STATS         | info    | |       0 evaluations of jacobian
LOG_STATS         | info    | |       0 error test failures
LOG_STATS         | info    | |       0 convergence test failures
LOG_STATS         | info    | |       0 linear system solves
LOG_SUCCESS       | info    | The simulation finished successfully.