OpenModelica v1.19-cpp from 2023-07-16 11:21:18 to 2023-07-30 10:22:20

Summary

OMC Commits0
Libraries Changed14
Number of Improvements3
Number of Regressions4
Number of Performance Improvements33
Number of Performance Regressions5

OpenModelica Changes

CommitAuthorSummary

Library Changes

LibraryChange
AixLib_latestFrom version 1.3.2-development (1f18a83cd5c0e4bdaaa9e203dd8d4178745beba3) to 1.3.2-development (cd4a0b55eddcfb592f5e7147ccc6887be00fe261)
Buildings_9From version 9.1.1-maint.9.1.x (3e24fd15b05d9f7b94a1f9d5f3f5cd4a97377821) to 9.1.1-maint.9.1.x (fe949eac55e37009eac827f9bf65170c8ffea389)
ClaRaConfiguration hash (OMC settings or the testing script changed)
IDEASConfiguration hash (OMC settings or the testing script changed)
ModelicaByExampleConfiguration hash (OMC settings or the testing script changed)
OpenHydraulicsConfiguration hash (OMC settings or the testing script changed)
OpenIPSLConfiguration hash (OMC settings or the testing script changed)
PhysiolibraryConfiguration hash (OMC settings or the testing script changed)
ScalableTestGrids_nooptConfiguration hash (OMC settings or the testing script changed)
ScalableTestSuiteConfiguration hash (OMC settings or the testing script changed)
ScalableTestSuite_nooptConfiguration hash (OMC settings or the testing script changed)
StewartPlatformConfiguration hash (OMC settings or the testing script changed)
ThermoSysProConfiguration hash (OMC settings or the testing script changed)
TransiEntFrom version 2.0.2-master (2fa73c5e26d9ebddf19a4e82a7b0d6bab588ca68) to 2.0.2-master (283052d9381b0b4b55b0617fa66986a812a5a1b6)

Models Affected

AixLib_latestAixLib.Fluid.Examples.GeothermalHeatPump.GeothermalHeatPump (sim)FrontEnd → Templates
Buildings_9Buildings.Air.Systems.SingleZone.VAV.Examples.ChillerDXHeatingEconomizer (sim)Templates performance 13.10 → 5.50
Buildings_9Buildings.Air.Systems.SingleZone.VAV.Examples.Guideline36 (sim)BackEnd performance 10.03 → 5.10 Templates performance 13.25 → 6.42
Buildings_9Buildings.Air.Systems.SingleZone.VAV.Examples.OptimalStart.ConventionalSpring (sim)FrontEnd performance 13.05 → 6.20
Buildings_9Buildings.Air.Systems.SingleZone.VAV.Examples.OptimalStart.ConventionalSummer (sim)FrontEnd performance 12.96 → 6.21
Buildings_9Buildings.Air.Systems.SingleZone.VAV.Examples.OptimalStart.ConventionalWinter (sim)FrontEnd performance 13.04 → 6.87
Buildings_9Buildings.Air.Systems.SingleZone.VAV.Examples.OptimalStart.Guideline36Spring (sim)FrontEnd performance 13.07 → 6.87
Buildings_9Buildings.Air.Systems.SingleZone.VAV.Examples.OptimalStart.Guideline36Summer (sim)FrontEnd performance 13.10 → 6.93
ClaRaClaRa.Components.Sensors.Check.TestSensors (sim)Templates → Failed
ClaRaClaRa.Examples.SteamCycle_01 (sim)SimCode performance 3.87 → 15.38
IDEASIDEAS.Buildings.Components.Examples.LightingControl (sim)BackEnd performance 26.79 → 11.26
IDEASIDEAS.Buildings.Components.Examples.NumberOccupants (sim)Templates → FrontEnd
IDEASIDEAS.Buildings.Components.Examples.ScalingWindow (sim)BackEnd performance 23.15 → 9.75
IDEASIDEAS.Buildings.Components.InterzonalAirFlow.Examples.InterzonalAirFlow (sim)SimCode performance 10.33 → 5.99
IDEASIDEAS.Examples.IBPSA.SingleZoneResidentialHydronicHeatPump (sim)FrontEnd performance 17.11 → 9.18
ModelicaByExampleModelicaByExample.Subsystems.Pendula.System (sim)Templates performance 10.07 → 4.76
OpenHydraulicsOpenHydraulics.Examples.Excavator.DigCycleSimulation (sim)BackEnd performance 14.09 → 5.97 Templates performance 21.83 → 10.32
OpenIPSLOpenIPSL.Examples.DAEMode.N44_Base_Case_Systems.Nordic44_Base_Case_StateEvents (sim)Templates performance 0:03:22 → 0:01:41
OpenIPSLOpenIPSL.Examples.DAEMode.N44_Base_Case_Systems.Nordic44_Base_Case_StateEvents2 (sim)Templates performance 0:03:18 → 0:01:42
OpenIPSLOpenIPSL.Examples.DAEMode.N44_Base_Case_Systems.Nordic44_Base_Case_StateEvents3 (sim)Templates performance 0:03:19 → 0:01:35
OpenIPSLOpenIPSL.Examples.N44.Base_Case.Nordic44_Base_Case (sim)Templates performance 0:02:52 → 0:01:26
PhysiolibraryPhysiolibrary.Chemical.Examples.Hemoglobin.Develop.Hemoglobin_titration_shifts (sim)SimCode performance 17.33 → 0:01:20 Templates performance 22.22 → 45.79
ScalableTestGrids_nooptScalableTestGrids.Models.Type1.Type1_reduced_N_2_M_4 (sim)
ScalableTestSuiteScalableTestSuite.Electrical.DistributionSystemDC.ScaledExperiments.DistributionSystemModelicaActiveLoads_N_40_M_40 (sim)Templates performance 5.86 → 10.02
ScalableTestSuiteScalableTestSuite.Electrical.DistributionSystemDC.ScaledExperiments.DistributionSystemModelicaActiveLoads_N_80_M_80 (sim)FrontEnd performance 9.35 → 15.98
ScalableTestSuiteScalableTestSuite.Electrical.DistributionSystemDC.ScaledExperiments.DistributionSystemModelicaIndividual_N_80_M_80 (sim)FrontEnd performance 21.01 → 36.91
ScalableTestSuite_nooptScalableTestSuite.Elementary.SimpleODE.ScaledExperiments.CascadedFirstOrder_N_25600 (sim)Templates → Failed
ScalableTestSuite_nooptScalableTestSuite.Elementary.WhenEvents.ScaledExperiments.ManyEvents_N_8000_M_10 (sim)Templates → Failed
StewartPlatformStewartPlatform.Scenarios.StewartPlatform_InverseDynamic1 (sim)Templates performance 52.16 → 27.15
StewartPlatformStewartPlatform.Scenarios.StewartPlatform_InverseDynamic1_noBus (sim)Templates performance 55.21 → 27.10
StewartPlatformStewartPlatform.Scenarios.StewartPlatform_InverseDynamic2 (sim)Templates performance 56.53 → 28.44
StewartPlatformStewartPlatform.Scenarios.StewartPlatform_InverseDynamic3 (sim)Templates performance 55.09 → 24.85
StewartPlatformStewartPlatform.Scenarios.StewartPlatform_InverseDynamic3_noBus (sim)Templates performance 57.42 → 26.45
ThermoSysProThermoSysPro.Examples.Book.PowerPlants.CombinedCyclePowerPlant.GasTurbineTrip (sim)Templates performance 55.87 → 28.81
ThermoSysProThermoSysPro.Examples.Book.PowerPlants.CombinedCyclePowerPlant.LoadVariation (sim)Templates performance 55.54 → 27.62
ThermoSysProThermoSysPro.Examples.Book.PowerPlants.ConcentratedSolarPowerPlant_PTSC (sim)Templates performance 32.70 → 15.89
ThermoSysProThermoSysPro.Examples.Book.PowerPlants.SupercriticalPulverizedCoalPowerPlant (sim)Templates performance 24.71 → 12.05
ThermoSysProThermoSysPro.Examples.CombinedCyclePowerPlant.CombinedCycle_Load_100_50 (sim)Templates performance 0:01:00 → 30.24
ThermoSysProThermoSysPro.Examples.CombinedCyclePowerPlant.CombinedCycle_TripTAC (sim)Templates performance 57.82 → 28.03
ThermoSysProThermoSysPro.Examples.SimpleExamples.TestDynamicWaterHeating (sim)Templates performance 12.14 → 5.60
ThermoSysProThermoSysPro.Fluid.Examples.Book.PowerPlants.CombinedCyclePowerPlant.GasTurbineTrip (sim)Templates performance 58.95 → 28.41
ThermoSysProThermoSysPro.Fluid.Examples.Book.PowerPlants.CombinedCyclePowerPlant.LoadVariation (sim)Templates performance 56.98 → 27.06
ThermoSysProThermoSysPro.Fluid.Examples.Book.PowerPlants.ConcentratedSolarPowerPlant_PTSC (sim)Templates performance 0:01:00 → 29.47
ThermoSysProThermoSysPro.Fluid.Examples.Book.PowerPlants.SupercriticalPulverizedCoalPowerPlant (sim)Templates performance 25.50 → 12.42
TransiEntTransiEnt.Basics.Media.Gases.Check.TestRhoCalculationH2NG7 (sim)Failed → Templates
TransiEntTransiEnt.Consumer.Systems.PVBatteryPoolControl.Controller.Check.CheckPBPDispatcher (sim)Failed → Templates