From 216915bfbbfe37f244a4f5f01139dac8d78f6a79 Mon Sep 17 00:00:00 2001 From: Michael Wetter Date: Fri, 16 Feb 2024 09:37:52 -0800 Subject: [PATCH] Updated log --- docs/_cases/FlowSystemDymola-2.md | 106 +++++++++++++++--------------- 1 file changed, 53 insertions(+), 53 deletions(-) diff --git a/docs/_cases/FlowSystemDymola-2.md b/docs/_cases/FlowSystemDymola-2.md index af7f11d..50888cb 100644 --- a/docs/_cases/FlowSystemDymola-2.md +++ b/docs/_cases/FlowSystemDymola-2.md @@ -18,59 +18,59 @@ command: |+ cat dslog.txt log: |+ -Model: IBPSA.Fluid.Examples.FlowSystem.Simplified1 -Integration started at 0 using integration method: -cvode from sundials - - -Warning: Failed to solve nonlinear system using Newton solver. - Time: 5.344385256591128 - Tag: simulation.nonlinear[3] - For debugging information enable - Simulation/Setup/Debug/Nonlinear solver diagnostics/Detailed logging of failed nonlinear solutions. - -Warning: Failed to solve nonlinear system using Newton solver. - Time: 5.344385256591128 - Tag: simulation.nonlinear[3] - -Warning: Failed to solve nonlinear system using Newton solver. - Time: 5.390616987683465 - Tag: simulation.nonlinear[3] - -Warning: Failed to solve nonlinear system using Newton solver. - Time: 5.390616987683465 - Tag: simulation.nonlinear[3] - -Warning: Failed to solve nonlinear system using Newton solver. - Time: 5.370401854505952 - Tag: simulation.nonlinear[3] - -Warning: Failed to solve nonlinear system using Newton solver. - Time: 5.362821179564386 - Tag: simulation.nonlinear[3] -Previous problem occured when evaluating crossing function, reducing step-size -SUNDIALS: CVODE cvRcheck3 At t = 5.36029, the rootfinding routine failed in an unrecoverable manner. -Cannot recover from failed crossing function evaluation at time 5 -CVode simulation failed - -Integration terminated unsuccesfully at T = 5 - CPU-time for integration : 0.0367098 seconds - CPU-time for initialization : 0.00101209 seconds - Number of result points : 5 - Number of grid points : 3 - Number of accepted steps : 43 - Number of rejected steps : 1 - Number of f-evaluations (dynamics) : 71 - Number of non-linear iteration : 58 - Number of non-linear convergence failures : 3 - Number of Jacobian-evaluations : 5 - Number of crossing function evaluations : 46 - Number of model time events : 1 - Number of state events : 0 - Number of step events : 0 - Maximum integration order : 4 - -ERROR: The simulation of IBPSA.Fluid.Examples.FlowSystem.Simplified1 FAILED + Model: IBPSA.Fluid.Examples.FlowSystem.Simplified1 + Integration started at 0 using integration method: + cvode from sundials + + + Warning: Failed to solve nonlinear system using Newton solver. + Time: 5.344385256591128 + Tag: simulation.nonlinear[3] + For debugging information enable + Simulation/Setup/Debug/Nonlinear solver diagnostics/Detailed logging of failed nonlinear solutions. + + Warning: Failed to solve nonlinear system using Newton solver. + Time: 5.344385256591128 + Tag: simulation.nonlinear[3] + + Warning: Failed to solve nonlinear system using Newton solver. + Time: 5.390616987683465 + Tag: simulation.nonlinear[3] + + Warning: Failed to solve nonlinear system using Newton solver. + Time: 5.390616987683465 + Tag: simulation.nonlinear[3] + + Warning: Failed to solve nonlinear system using Newton solver. + Time: 5.370401854505952 + Tag: simulation.nonlinear[3] + + Warning: Failed to solve nonlinear system using Newton solver. + Time: 5.362821179564386 + Tag: simulation.nonlinear[3] + Previous problem occured when evaluating crossing function, reducing step-size + SUNDIALS: CVODE cvRcheck3 At t = 5.36029, the rootfinding routine failed in an unrecoverable manner. + Cannot recover from failed crossing function evaluation at time 5 + CVode simulation failed + + Integration terminated unsuccesfully at T = 5 + CPU-time for integration : 0.0367098 seconds + CPU-time for initialization : 0.00101209 seconds + Number of result points : 5 + Number of grid points : 3 + Number of accepted steps : 43 + Number of rejected steps : 1 + Number of f-evaluations (dynamics) : 71 + Number of non-linear iteration : 58 + Number of non-linear convergence failures : 3 + Number of Jacobian-evaluations : 5 + Number of crossing function evaluations : 46 + Number of model time events : 1 + Number of state events : 0 + Number of step events : 0 + Maximum integration order : 4 + + ERROR: The simulation of IBPSA.Fluid.Examples.FlowSystem.Simplified1 FAILED ---