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Failed

openmodelica_cruntime_optimization_basic.TFC8.mos (from (result.xml))

Failing for the past 3,443 builds (Since #7821 )

Stacktrace

Output mismatch (see stdout for details)

Standard Output

 + testFinalCon_8                                                                    ... equation mismatch [time: 17]

==== Log /tmp/omc-rtest-adrpo33/openmodelica/cruntime/optimization/basic/TFC8.mos_temp2466/log-TFC8.mos
true
""
true
""
record SimulationResult
    resultFile = "testFinalCon8_res.mat",
    simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 50, tolerance = 1e-008, method = 'optimization', fileNamePrefix = 'testFinalCon8', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv LOG_IPOPT_ERROR -optimizerNP 3'",
    messages = "LOG_SUCCESS       | info    | The initialization finished successfully without homotopy method.

Optimizer Variables
========================================================
State[0]:x1(start = 0, nominal = 1, min = -Inf, max = +Inf, init = 0)
State[1]:x2(start = 0, nominal = 1, min = -Inf, max = +Inf, init = 0)
Input[2]:u(start = 0, nominal = 1, min = -Inf, max = +Inf)
--------------------------------------------------------
number of nonlinear constraints: 0
========================================================

******************************************************************************
This program contains Ipopt, a library for large-scale nonlinear optimization.
 Ipopt is released as open source code under the Eclipse Public License (EPL).
         For more information visit http://projects.coin-or.org/Ipopt
******************************************************************************

LOG_IPOPT_ERROR   | info    | max error is 5.13364 for the approximation of the state x2(time = 2.59136)
LOG_IPOPT_ERROR   | info    | max error is 2.42287 for the approximation of the state x1(time = 5)
LOG_IPOPT_ERROR   | info    | max error is 35.1611 for the approximation of the state x1(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 2.0765 for the approximation of the state x1(time = 3.10364)
LOG_IPOPT_ERROR   | info    | max error is 0.479052 for the approximation of the state x1(time = 2.95568)
LOG_IPOPT_ERROR   | info    | max error is 0.140527 for the approximation of the state x1(time = 2.95568)
LOG_IPOPT_ERROR   | info    | max error is 4.75367 for the approximation of the state x1(time = 2.95568)
LOG_IPOPT_ERROR   | info    | max error is 0.320036 for the approximation of the state x1(time = 2.95568)
LOG_IPOPT_ERROR   | info    | max error is 8.87872 for the approximation of the state x1(time = 2.95568)
LOG_IPOPT_ERROR   | info    | max error is 1.07817 for the approximation of the state x1(time = 2.95568)
LOG_IPOPT_ERROR   | info    | max error is 17.5438 for the approximation of the state x1(time = 2.95568)
LOG_IPOPT_ERROR   | info    | max error is 3.49354 for the approximation of the state x1(time = 2.95568)
LOG_IPOPT_ERROR   | info    | max error is 55.4312 for the approximation of the state x1(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 22.5908 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 22.5415 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 22.5306 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 23.1064 for the approximation of the state x1(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 0.797944 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 0.013472 for the approximation of the state x2(time = 2.59136)
LOG_IPOPT_ERROR   | info    | max error is 0.0134762 for the approximation of the state x2(time = 2.59136)
LOG_IPOPT_ERROR   | info    | max error is 0.000523176 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 3.49147e-005 for the approximation of the state x2(time = 2.59136)
LOG_IPOPT_ERROR   | info    | max error is 1.63252e-006 for the approximation of the state x2(time = 5)
LOG_IPOPT_ERROR   | info    | max error is 7.63258e-008 for the approximation of the state x2(time = 5)
LOG_IPOPT_ERROR   | info    | max error is 0.000511712 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 1.31089e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 4.24637e-007 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 1.92786e-008 for the approximation of the state x2(time = 2.59136)
LOG_IPOPT_ERROR   | info    | max error is 1.3407e-009 for the approximation of the state x2(time = 2.59136)
LOG_IPOPT_ERROR   | info    | max error is 5.39792e-011 for the approximation of the state x2(time = 5)
LOG_IPOPT_ERROR   | info    | max error is 3.29604e-012 for the approximation of the state x2(time = 5)
LOG_IPOPT_ERROR   | info    | max error is 1.54548e-013 for the approximation of the state x2(time = 2.59136)
LOG_IPOPT_ERROR   | info    | max error is 2.38976e-014 for the approximation of the state x1(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 2.37149e-013 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 1.91002e-007 for the approximation of the state x2(time = 2.59136)
LOG_IPOPT_ERROR   | info    | max error is 1.49528e-008 for the approximation of the state x2(time = 2.59136)
LOG_IPOPT_ERROR   | info    | max error is 7.75793e-010 for the approximation of the state x2(time = 2.59136)
LOG_IPOPT_ERROR   | info    | max error is 1.57286e-008 for the approximation of the state x2(time = 2.59136)
LOG_IPOPT_ERROR   | info    | max error is 5.99534e-011 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 2.84367e-012 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 2.8066e-012 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 8.23702e-012 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 2.47108e-011 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 7.44653e-011 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 2.23402e-010 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 6.65821e-010 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 2.00136e-009 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 6.00416e-009 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 1.8095e-008 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 5.39523e-008 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 1.6282e-007 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 4.85146e-007 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 0.278624 for the approximation of the state x2(time = 2.10938)
LOG_IPOPT_ERROR   | info    | max error is 3.23983e-007 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 0.278624 for the approximation of the state x2(time = 2.10938)
LOG_IPOPT_ERROR   | info    | max error is 2.03111e-007 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 1.82966e-007 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 1.44433e-006 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 4.34284e-006 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 1.28539e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 3.63535e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 2.12791e-005 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 3.69034e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 2.37117e-005 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 4.09755e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 2.65336e-005 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 4.51307e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 0.000118721 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 8.11065e-005 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 1.5464e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 6.19643e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 0.000142556 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 1.64295e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 9.94978e-005 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 2.44056e-006 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 1.42587e-007 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 5.2677e-007 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 1.57169e-006 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 4.65128e-006 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 1.37929e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 1.03468e-005 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 1.46463e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 4.34769e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 1.8939e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 3.37317e-005 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 1.76892e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 5.45671e-005 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 0.000128076 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 0.00020626 for the approximation of the state x2(time = 2.48818)
LOG_IPOPT_ERROR   | info    | max error is 0.000320498 for the approximation of the state x2(time = 2.59136)
LOG_IPOPT_ERROR   | info    | max error is 0.000320737 for the approximation of the state x2(time = 2.59136)
LOG_IPOPT_ERROR   | info    | max error is 0.000358678 for the approximation of the state x1(time = 2.95568)
LOG_IPOPT_ERROR   | info    | max error is 0.00326436 for the approximation of the state x1(time = 2.95568)
LOG_IPOPT_ERROR   | info    | max error is 0.00897305 for the approximation of the state x1(time = 2.95568)
LOG_IPOPT_ERROR   | info    | max error is 0.00895942 for the approximation of the state x1(time = 2.95568)
LOG_IPOPT_ERROR   | info    | max error is 3.16638 for the approximation of the state x1(time = 2.95568)
LOG_IPOPT_ERROR   | info    | max error is 4607.41 for the approximation of the state x1(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 1086.23 for the approximation of the state x1(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 169.308 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 180.288 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 178.947 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 178.957 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 178.977 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 178.977 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 178.977 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 178.977 for the approximation of the state x2(time = 2.14936)
LOG_IPOPT_ERROR   | info    | max error is 178.977 for the approximation of the state x2(time = 2.14936)
Restoration phase is called at point that is almost feasible,
  with constraint violation 5.438879e-14. Abort.
stdout            | warning | No optimal solution found!
|                 | |       | Use -lv=LOG_IPOPT for more information.
LOG_SUCCESS       | info    | The simulation finished successfully.
"
end SimulationResult;
"Warning: The initial conditions are not fully specified. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->OMCFlags, in OMNotebook call setCommandLineOptions("-d=initialization").
Warning: There are iteration variables with default zero start attribute. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->OMCFlags, in OMNotebook call setCommandLineOptions("-d=initialization").
"
{"Files not Equal!","y2","y1","x2","x1","u","final_con2","final_con1","der(x2)","der(x1)","cost"}
"Warning: 'compareSimulationResults' is deprecated. It is recommended to use 'diffSimulationResults' instead.
Warning: Files not Equal
"

Equation mismatch: diff says:
--- /tmp/omc-rtest-adrpo33/openmodelica/cruntime/optimization/basic/TFC8.mos_temp2466/equations-expected2019-05-07 13:31:59.397748400 +0200
+++ /tmp/omc-rtest-adrpo33/openmodelica/cruntime/optimization/basic/TFC8.mos_temp2466/equations-got2019-05-07 13:32:16.102765600 +0200
@@ -2,11 +2,11 @@
 ""
 true
 ""
 record SimulationResult
 resultFile = "testFinalCon8_res.mat",
-simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 50, tolerance = 1e-08, method = 'optimization', fileNamePrefix = 'testFinalCon8', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv LOG_IPOPT_ERROR -optimizerNP 3'",
+simulationOptions = "startTime = 0.0, stopTime = 1.0, numberOfIntervals = 50, tolerance = 1e-008, method = 'optimization', fileNamePrefix = 'testFinalCon8', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-lv LOG_IPOPT_ERROR -optimizerNP 3'",
 messages = "LOG_SUCCESS       | info    | The initialization finished successfully without homotopy method.
 
 Optimizer Variables
 ========================================================
 State[0]:x1(start = 0, nominal = 1, min = -Inf, max = +Inf, init = 0)
@@ -20,22 +20,126 @@
 This program contains Ipopt, a library for large-scale nonlinear optimization.
 Ipopt is released as open source code under the Eclipse Public License (EPL).
 For more information visit http://projects.coin-or.org/Ipopt
 ******************************************************************************
 
-LOG_IPOPT_ERROR   | info    | max violation is 3.25 for the final constraint $finalCon$final_con2(time = 5)
-LOG_IPOPT_ERROR   | info    | max error is 2.09989 for the approximation of the state x1(time = 5)
-LOG_IPOPT_ERROR   | info    | max error is 0.309263 for the approximation of the state x1(time = 5)
-LOG_IPOPT_ERROR   | info    | max error is 0.0557617 for the approximation of the state x1(time = 4.32669)
-LOG_IPOPT_ERROR   | info    | max error is 0.009855 for the approximation of the state x1(time = 5)
-LOG_IPOPT_ERROR   | info    | max error is 0.000186212 for the approximation of the state x1(time = 4.32669)
-LOG_IPOPT_ERROR   | info    | max error is 1.28519e-07 for the approximation of the state x1(time = 4.32669)
-LOG_IPOPT_ERROR   | info    | max violation is 4.99295e-08 for the final constraint $finalCon$final_con2(time = 5)
+LOG_IPOPT_ERROR | info    | max error is 5.13364 for the approximation of the state x2(time = 2.59136)
+LOG_IPOPT_ERROR | info    | max error is 2.42287 for the approximation of the state x1(time = 5)
+LOG_IPOPT_ERROR | info    | max error is 35.1611 for the approximation of the state x1(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 2.0765 for the approximation of the state x1(time = 3.10364)
+LOG_IPOPT_ERROR | info    | max error is 0.479052 for the approximation of the state x1(time = 2.95568)
+LOG_IPOPT_ERROR | info    | max error is 0.140527 for the approximation of the state x1(time = 2.95568)
+LOG_IPOPT_ERROR | info    | max error is 4.75367 for the approximation of the state x1(time = 2.95568)
+LOG_IPOPT_ERROR | info    | max error is 0.320036 for the approximation of the state x1(time = 2.95568)
+LOG_IPOPT_ERROR | info    | max error is 8.87872 for the approximation of the state x1(time = 2.95568)
+LOG_IPOPT_ERROR | info    | max error is 1.07817 for the approximation of the state x1(time = 2.95568)
+LOG_IPOPT_ERROR | info    | max error is 17.5438 for the approximation of the state x1(time = 2.95568)
+LOG_IPOPT_ERROR | info    | max error is 3.49354 for the approximation of the state x1(time = 2.95568)
+LOG_IPOPT_ERROR | info    | max error is 55.4312 for the approximation of the state x1(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 22.5908 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 22.5415 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 22.5306 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 23.1064 for the approximation of the state x1(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 0.797944 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 0.013472 for the approximation of the state x2(time = 2.59136)
+LOG_IPOPT_ERROR | info    | max error is 0.0134762 for the approximation of the state x2(time = 2.59136)
+LOG_IPOPT_ERROR | info    | max error is 0.000523176 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 3.49147e-005 for the approximation of the state x2(time = 2.59136)
+LOG_IPOPT_ERROR | info    | max error is 1.63252e-006 for the approximation of the state x2(time = 5)
+LOG_IPOPT_ERROR | info    | max error is 7.63258e-008 for the approximation of the state x2(time = 5)
+LOG_IPOPT_ERROR | info    | max error is 0.000511712 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 1.31089e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 4.24637e-007 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 1.92786e-008 for the approximation of the state x2(time = 2.59136)
+LOG_IPOPT_ERROR | info    | max error is 1.3407e-009 for the approximation of the state x2(time = 2.59136)
+LOG_IPOPT_ERROR | info    | max error is 5.39792e-011 for the approximation of the state x2(time = 5)
+LOG_IPOPT_ERROR | info    | max error is 3.29604e-012 for the approximation of the state x2(time = 5)
+LOG_IPOPT_ERROR | info    | max error is 1.54548e-013 for the approximation of the state x2(time = 2.59136)
+LOG_IPOPT_ERROR | info    | max error is 2.38976e-014 for the approximation of the state x1(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 2.37149e-013 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 1.91002e-007 for the approximation of the state x2(time = 2.59136)
+LOG_IPOPT_ERROR | info    | max error is 1.49528e-008 for the approximation of the state x2(time = 2.59136)
+LOG_IPOPT_ERROR | info    | max error is 7.75793e-010 for the approximation of the state x2(time = 2.59136)
+LOG_IPOPT_ERROR | info    | max error is 1.57286e-008 for the approximation of the state x2(time = 2.59136)
+LOG_IPOPT_ERROR | info    | max error is 5.99534e-011 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 2.84367e-012 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 2.8066e-012 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 8.23702e-012 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 2.47108e-011 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 7.44653e-011 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 2.23402e-010 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 6.65821e-010 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 2.00136e-009 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 6.00416e-009 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 1.8095e-008 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 5.39523e-008 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 1.6282e-007 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 4.85146e-007 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 0.278624 for the approximation of the state x2(time = 2.10938)
+LOG_IPOPT_ERROR | info    | max error is 3.23983e-007 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 0.278624 for the approximation of the state x2(time = 2.10938)
+LOG_IPOPT_ERROR | info    | max error is 2.03111e-007 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 1.82966e-007 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 1.44433e-006 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 4.34284e-006 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 1.28539e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 3.63535e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 2.12791e-005 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 3.69034e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 2.37117e-005 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 4.09755e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 2.65336e-005 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 4.51307e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 0.000118721 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 8.11065e-005 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 1.5464e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 6.19643e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 0.000142556 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 1.64295e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 9.94978e-005 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 2.44056e-006 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 1.42587e-007 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 5.2677e-007 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 1.57169e-006 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 4.65128e-006 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 1.37929e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 1.03468e-005 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 1.46463e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 4.34769e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 1.8939e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 3.37317e-005 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 1.76892e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 5.45671e-005 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 0.000128076 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 0.00020626 for the approximation of the state x2(time = 2.48818)
+LOG_IPOPT_ERROR | info    | max error is 0.000320498 for the approximation of the state x2(time = 2.59136)
+LOG_IPOPT_ERROR | info    | max error is 0.000320737 for the approximation of the state x2(time = 2.59136)
+LOG_IPOPT_ERROR | info    | max error is 0.000358678 for the approximation of the state x1(time = 2.95568)
+LOG_IPOPT_ERROR | info    | max error is 0.00326436 for the approximation of the state x1(time = 2.95568)
+LOG_IPOPT_ERROR | info    | max error is 0.00897305 for the approximation of the state x1(time = 2.95568)
+LOG_IPOPT_ERROR | info    | max error is 0.00895942 for the approximation of the state x1(time = 2.95568)
+LOG_IPOPT_ERROR | info    | max error is 3.16638 for the approximation of the state x1(time = 2.95568)
+LOG_IPOPT_ERROR | info    | max error is 4607.41 for the approximation of the state x1(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 1086.23 for the approximation of the state x1(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 169.308 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 180.288 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 178.947 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 178.957 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 178.977 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 178.977 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 178.977 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 178.977 for the approximation of the state x2(time = 2.14936)
+LOG_IPOPT_ERROR | info    | max error is 178.977 for the approximation of the state x2(time = 2.14936)
+Restoration phase is called at point that is almost feasible,
+with constraint violation 5.438879e-14. Abort.
+stdout | warning | No optimal solution found!
+| | |       | Use -lv=LOG_IPOPT for more information.
 LOG_SUCCESS       | info    | The simulation finished successfully.
 "
 end SimulationResult;
 "Warning: The initial conditions are not fully specified. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->OMCFlags, in OMNotebook call setCommandLineOptions("-d=initialization").
 Warning: There are iteration variables with default zero start attribute. For more information set -d=initialization. In OMEdit Tools->Options->Simulation->OMCFlags, in OMNotebook call setCommandLineOptions("-d=initialization").
 "
-{"Files Equal!"}
+{"Files not Equal!","y2","y1","x2","x1","u","final_con2","final_con1","der(x2)","der(x1)","cost"}
 "Warning: 'compareSimulationResults' is deprecated. It is recommended to use 'diffSimulationResults' instead.
+Warning: Files not Equal
 "

Equation mismatch: omc-diff says:
----------------------------------------------------------------------------------------------------------------Failed 'v' 'e'
Line 25: Text differs:
expected: LOG_IPOPT_ERROR   | info    | max violation is 
got:      LOG_IPOPT_ERROR | info    | max error is 

== 1 out of 1 tests failed [openmodelica/cruntime/optimization/basic/TFC8.mos_temp2466, time: 17]

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