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tests / testsuite-gcc / openmodelica_cppruntime_fmu_modelExchange_2.0.testDrumBoiler.mos (from (result.xml))

Failing for the past 9 builds (Since #16 )
Took 0 ms.

Stacktrace

Output mismatch (see stdout for details)

Standard Output

 + testDrumBoiler                                                                    ... equation mismatch [time: 0]

==== Log /tmp/omc-rtest-unknown/openmodelica/cppruntime/fmu/modelExchange/2.0/testDrumBoiler.mos_temp3764/log-testDrumBoiler.mos
true
""
false
"Error: Failed to load package Modelica (default) using MODELICAPATH /var/lib/jenkins/workspace/OpenModelica_maintenance_v1.13/build/lib/omlibrary.
"
true
""
true
""
""
"[<interactive>:3:3-3:75:writable] Error: Base class Modelica.Fluid.Examples.DrumBoiler.DrumBoiler not found in scope DrumBoilerModel.
Error: Error occurred while flattening model DrumBoilerModel
"
unzip:  cannot find or open DrumBoilerModel.fmu, DrumBoilerModel.fmu.zip or DrumBoilerModel.fmu.ZIP.
1
""
""
"Error: File not Found: DrumBoilerModel.fmu.
"
false
""
true
""
record SimulationResult
    resultFile = "",
    simulationOptions = "startTime = 0.0, stopTime = 100.0, numberOfIntervals = 500, tolerance = 1e-06, method = 'dassl', fileNamePrefix = 'DrumBoilerModel_me_FMU', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-override=q_F=10,Y_Valve=1'",
    messages = "Simulation Failed. Model: DrumBoilerModel_me_FMU does not exist! Please load it first before simulation."
end SimulationResult;
""









Equation mismatch: diff says:
--- /tmp/omc-rtest-unknown/openmodelica/cppruntime/fmu/modelExchange/2.0/testDrumBoiler.mos_temp3764/equations-expected2019-01-31 14:14:27.409629288 +0000
+++ /tmp/omc-rtest-unknown/openmodelica/cppruntime/fmu/modelExchange/2.0/testDrumBoiler.mos_temp3764/equations-got2019-01-31 14:14:27.597628448 +0000
@@ -1,3417 +1,37 @@
 true
 ""
+false
+"Error: Failed to load package Modelica (default) using MODELICAPATH /var/lib/jenkins/workspace/OpenModelica_maintenance_v1.13/build/lib/omlibrary.
+"
 true
 ""
 true
 ""
-true
 ""
-"DrumBoilerModel.fmu"
-"Warning: The model contains alias variables with conflicting start and/or nominal values. It is recommended to resolve the conflicts, because otherwise the system could be hard to solve. To print the conflicting alias sets and the chosen candidates please use -d=aliasConflicts.
-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").
+"[<interactive>:3:3-3:75:writable] Error: Base class Modelica.Fluid.Examples.DrumBoiler.DrumBoiler not found in scope DrumBoilerModel.
+Error: Error occurred while flattening model DrumBoilerModel
 "
-0
-"<?xml version=\"1.0\" encoding=\"UTF-8\"?>
-<fmiModelDescription
-fmiVersion=\"2.0\"
-modelName=\"DrumBoilerModel\"
-description=\"\"
-variableNamingConvention=\"structured\"
-numberOfEventIndicators=\"3\">
-<ModelExchange
-modelIdentifier=\"DrumBoilerModel\"
-providesDirectionalDerivative=\"true\">
-</ModelExchange>
-<TypeDefinitions>
-<SimpleType name=\"Modelica.Blocks.Types.Init\">
-<Enumeration>
-<Item name=\"NoInit\" value=\"1\"/>
-<Item name=\"SteadyState\" value=\"2\"/>
-<Item name=\"InitialState\" value=\"3\"/>
-<Item name=\"InitialOutput\" value=\"4\"/>
-</Enumeration>
-</SimpleType>
-<SimpleType name=\"Modelica.Fluid.Types.Dynamics\">
-<Enumeration>
-<Item name=\"DynamicFreeInitial\" value=\"1\"/>
-<Item name=\"FixedInitial\" value=\"2\"/>
-<Item name=\"SteadyStateInitial\" value=\"3\"/>
-<Item name=\"SteadyState\" value=\"4\"/>
-</Enumeration>
-</SimpleType>
-<SimpleType name=\"Modelica.Fluid.Types.PortFlowDirection\">
-<Enumeration>
-<Item name=\"Entering\" value=\"1\"/>
-<Item name=\"Leaving\" value=\"2\"/>
-<Item name=\"Bidirectional\" value=\"3\"/>
-</Enumeration>
-</SimpleType>
-</TypeDefinitions>
-<LogCategories>
-<Category name=\"logEvents\" />
-<Category name=\"logSingularLinearSystems\" />
-<Category name=\"logNonlinearSystems\" />
-<Category name=\"logDynamicStateSelection\" />
-<Category name=\"logStatusWarning\" />
-<Category name=\"logStatusDiscard\" />
-<Category name=\"logStatusError\" />
-<Category name=\"logStatusFatal\" />
-<Category name=\"logStatusPending\" />
-<Category name=\"logAll\" />
-<Category name=\"logFmi2Call\" />
-</LogCategories>
-<DefaultExperiment startTime=\"0.0\" stopTime=\"1.0\" tolerance=\"1e-06\"/>
-<ModelVariables>
-<!-- Index of variable = \"1\" -->
-<ScalarVariable
-name=\"controller.x\"
-valueReference=\"0\"
-description=\"State of block\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"0.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"2\" -->
-<ScalarVariable
-name=\"evaporator.V_l\"
-valueReference=\"1\"
-description=\"volumes of liquid phase\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"0.0\" unit=\"m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"3\" -->
-<ScalarVariable
-name=\"evaporator.p\"
-valueReference=\"2\"
-description=\"pressure inside drum boiler\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"0.0\" min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"4\" -->
-<ScalarVariable
-name=\"der(controller.x)\"
-valueReference=\"3\"
-description=\"der(State of block)\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real derivative=\"1\"/>
-</ScalarVariable>
-<!-- Index of variable = \"5\" -->
-<ScalarVariable
-name=\"der(evaporator.V_l)\"
-valueReference=\"4\"
-description=\"der(volumes of liquid phase)\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real derivative=\"2\" unit=\"m3.s-1\"/>
-</ScalarVariable>
-<!-- Index of variable = \"6\" -->
-<ScalarVariable
-name=\"der(evaporator.p)\"
-valueReference=\"5\"
-description=\"der(pressure inside drum boiler)\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real derivative=\"3\" unit=\"km-1.s-3.g\"/>
-</ScalarVariable>
-<!-- Index of variable = \"7\" -->
-<ScalarVariable
-name=\"der(evaporator.T_D)\"
-valueReference=\"6\"
-description=\"temperature of drum\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"8\" -->
-<ScalarVariable
-name=\"der(evaporator.U)\"
-valueReference=\"7\"
-description=\"internal energy\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"9\" -->
-<ScalarVariable
-name=\"der(evaporator.V_v)\"
-valueReference=\"8\"
-description=\"volume of vapour phase\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"10\" -->
-<ScalarVariable
-name=\"der(evaporator.h_l)\"
-valueReference=\"9\"
-description=\"specific enthalpy of liquid\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"11\" -->
-<ScalarVariable
-name=\"der(evaporator.h_v)\"
-valueReference=\"10\"
-description=\"specific enthalpy of vapour\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"12\" -->
-<ScalarVariable
-name=\"der(evaporator.m)\"
-valueReference=\"11\"
-description=\"total mass of drum boiler\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"13\" -->
-<ScalarVariable
-name=\"der(evaporator.rho_l)\"
-valueReference=\"12\"
-description=\"density in liquid phase\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"14\" -->
-<ScalarVariable
-name=\"der(evaporator.rho_v)\"
-valueReference=\"13\"
-description=\"density in vapour phase\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"15\" -->
-<ScalarVariable
-name=\"_D_cse1.R\"
-valueReference=\"14\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"16\" -->
-<ScalarVariable
-name=\"_D_cse1.T\"
-valueReference=\"15\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"17\" -->
-<ScalarVariable
-name=\"_D_cse1.cp\"
-valueReference=\"16\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"18\" -->
-<ScalarVariable
-name=\"_D_cse1.cv\"
-valueReference=\"17\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"19\" -->
-<ScalarVariable
-name=\"_D_cse1.d\"
-valueReference=\"18\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"150.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"20\" -->
-<ScalarVariable
-name=\"_D_cse1.dpT\"
-valueReference=\"19\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"21\" -->
-<ScalarVariable
-name=\"_D_cse1.h\"
-valueReference=\"20\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"100000.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"22\" -->
-<ScalarVariable
-name=\"_D_cse1.pd\"
-valueReference=\"21\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"23\" -->
-<ScalarVariable
-name=\"_D_cse1.pt\"
-valueReference=\"22\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"24\" -->
-<ScalarVariable
-name=\"_D_cse1.s\"
-valueReference=\"23\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"25\" -->
-<ScalarVariable
-name=\"_D_cse1.vp\"
-valueReference=\"24\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"26\" -->
-<ScalarVariable
-name=\"_D_cse1.vt\"
-valueReference=\"25\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"27\" -->
-<ScalarVariable
-name=\"_D_cse10.R\"
-valueReference=\"26\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"28\" -->
-<ScalarVariable
-name=\"_D_cse10.T\"
-valueReference=\"27\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"500.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"29\" -->
-<ScalarVariable
-name=\"_D_cse10.cp\"
-valueReference=\"28\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"30\" -->
-<ScalarVariable
-name=\"_D_cse10.cv\"
-valueReference=\"29\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"31\" -->
-<ScalarVariable
-name=\"_D_cse10.dpT\"
-valueReference=\"30\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"32\" -->
-<ScalarVariable
-name=\"_D_cse10.h\"
-valueReference=\"31\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"33\" -->
-<ScalarVariable
-name=\"_D_cse10.p\"
-valueReference=\"32\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"34\" -->
-<ScalarVariable
-name=\"_D_cse10.pd\"
-valueReference=\"33\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"35\" -->
-<ScalarVariable
-name=\"_D_cse10.pt\"
-valueReference=\"34\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"36\" -->
-<ScalarVariable
-name=\"_D_cse10.rho\"
-valueReference=\"35\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"150.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"37\" -->
-<ScalarVariable
-name=\"_D_cse10.s\"
-valueReference=\"36\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"38\" -->
-<ScalarVariable
-name=\"_D_cse10.vp\"
-valueReference=\"37\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"39\" -->
-<ScalarVariable
-name=\"_D_cse10.vt\"
-valueReference=\"38\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"40\" -->
-<ScalarVariable
-name=\"_D_cse10.x\"
-valueReference=\"39\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"41\" -->
-<ScalarVariable
-name=\"_D_cse2.R\"
-valueReference=\"40\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"42\" -->
-<ScalarVariable
-name=\"_D_cse2.T\"
-valueReference=\"41\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"43\" -->
-<ScalarVariable
-name=\"_D_cse2.cp\"
-valueReference=\"42\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"44\" -->
-<ScalarVariable
-name=\"_D_cse2.cv\"
-valueReference=\"43\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"45\" -->
-<ScalarVariable
-name=\"_D_cse2.d\"
-valueReference=\"44\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"150.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"46\" -->
-<ScalarVariable
-name=\"_D_cse2.dpT\"
-valueReference=\"45\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"47\" -->
-<ScalarVariable
-name=\"_D_cse2.h\"
-valueReference=\"46\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"100000.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"48\" -->
-<ScalarVariable
-name=\"_D_cse2.pd\"
-valueReference=\"47\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"49\" -->
-<ScalarVariable
-name=\"_D_cse2.pt\"
-valueReference=\"48\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"50\" -->
-<ScalarVariable
-name=\"_D_cse2.s\"
-valueReference=\"49\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"51\" -->
-<ScalarVariable
-name=\"_D_cse2.vp\"
-valueReference=\"50\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"52\" -->
-<ScalarVariable
-name=\"_D_cse2.vt\"
-valueReference=\"51\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"53\" -->
-<ScalarVariable
-name=\"_D_cse3.R\"
-valueReference=\"52\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"54\" -->
-<ScalarVariable
-name=\"_D_cse3.T\"
-valueReference=\"53\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"55\" -->
-<ScalarVariable
-name=\"_D_cse3.cp\"
-valueReference=\"54\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"56\" -->
-<ScalarVariable
-name=\"_D_cse3.cv\"
-valueReference=\"55\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"57\" -->
-<ScalarVariable
-name=\"_D_cse3.dpT\"
-valueReference=\"56\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"58\" -->
-<ScalarVariable
-name=\"_D_cse3.h\"
-valueReference=\"57\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"59\" -->
-<ScalarVariable
-name=\"_D_cse3.p\"
-valueReference=\"58\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"60\" -->
-<ScalarVariable
-name=\"_D_cse3.pd\"
-valueReference=\"59\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"61\" -->
-<ScalarVariable
-name=\"_D_cse3.pt\"
-valueReference=\"60\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"62\" -->
-<ScalarVariable
-name=\"_D_cse3.rho\"
-valueReference=\"61\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"63\" -->
-<ScalarVariable
-name=\"_D_cse3.s\"
-valueReference=\"62\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"64\" -->
-<ScalarVariable
-name=\"_D_cse3.vp\"
-valueReference=\"63\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"65\" -->
-<ScalarVariable
-name=\"_D_cse3.vt\"
-valueReference=\"64\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"66\" -->
-<ScalarVariable
-name=\"_D_cse3.x\"
-valueReference=\"65\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"67\" -->
-<ScalarVariable
-name=\"_D_cse4\"
-valueReference=\"66\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"68\" -->
-<ScalarVariable
-name=\"_D_cse5\"
-valueReference=\"67\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"69\" -->
-<ScalarVariable
-name=\"_D_cse6.R\"
-valueReference=\"68\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"70\" -->
-<ScalarVariable
-name=\"_D_cse6.T\"
-valueReference=\"69\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"500.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"71\" -->
-<ScalarVariable
-name=\"_D_cse6.cp\"
-valueReference=\"70\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"72\" -->
-<ScalarVariable
-name=\"_D_cse6.cv\"
-valueReference=\"71\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"73\" -->
-<ScalarVariable
-name=\"_D_cse6.dpT\"
-valueReference=\"72\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"74\" -->
-<ScalarVariable
-name=\"_D_cse6.h\"
-valueReference=\"73\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"75\" -->
-<ScalarVariable
-name=\"_D_cse6.p\"
-valueReference=\"74\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"76\" -->
-<ScalarVariable
-name=\"_D_cse6.pd\"
-valueReference=\"75\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"77\" -->
-<ScalarVariable
-name=\"_D_cse6.pt\"
-valueReference=\"76\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"78\" -->
-<ScalarVariable
-name=\"_D_cse6.rho\"
-valueReference=\"77\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"150.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"79\" -->
-<ScalarVariable
-name=\"_D_cse6.s\"
-valueReference=\"78\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"80\" -->
-<ScalarVariable
-name=\"_D_cse6.vp\"
-valueReference=\"79\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"81\" -->
-<ScalarVariable
-name=\"_D_cse6.vt\"
-valueReference=\"80\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"82\" -->
-<ScalarVariable
-name=\"_D_cse6.x\"
-valueReference=\"81\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"83\" -->
-<ScalarVariable
-name=\"_D_cse7\"
-valueReference=\"82\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"84\" -->
-<ScalarVariable
-name=\"_D_cse8.R\"
-valueReference=\"83\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"85\" -->
-<ScalarVariable
-name=\"_D_cse8.T\"
-valueReference=\"84\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"86\" -->
-<ScalarVariable
-name=\"_D_cse8.cp\"
-valueReference=\"85\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"87\" -->
-<ScalarVariable
-name=\"_D_cse8.cv\"
-valueReference=\"86\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"88\" -->
-<ScalarVariable
-name=\"_D_cse8.dpT\"
-valueReference=\"87\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"89\" -->
-<ScalarVariable
-name=\"_D_cse8.h\"
-valueReference=\"88\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"90\" -->
-<ScalarVariable
-name=\"_D_cse8.p\"
-valueReference=\"89\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"91\" -->
-<ScalarVariable
-name=\"_D_cse8.pd\"
-valueReference=\"90\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"92\" -->
-<ScalarVariable
-name=\"_D_cse8.pt\"
-valueReference=\"91\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"93\" -->
-<ScalarVariable
-name=\"_D_cse8.rho\"
-valueReference=\"92\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"94\" -->
-<ScalarVariable
-name=\"_D_cse8.s\"
-valueReference=\"93\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"95\" -->
-<ScalarVariable
-name=\"_D_cse8.vp\"
-valueReference=\"94\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"96\" -->
-<ScalarVariable
-name=\"_D_cse8.vt\"
-valueReference=\"95\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"97\" -->
-<ScalarVariable
-name=\"_D_cse8.x\"
-valueReference=\"96\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"98\" -->
-<ScalarVariable
-name=\"_D_cse9.R\"
-valueReference=\"97\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"99\" -->
-<ScalarVariable
-name=\"_D_cse9.T\"
-valueReference=\"98\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"100\" -->
-<ScalarVariable
-name=\"_D_cse9.cp\"
-valueReference=\"99\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"101\" -->
-<ScalarVariable
-name=\"_D_cse9.cv\"
-valueReference=\"100\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"102\" -->
-<ScalarVariable
-name=\"_D_cse9.dpT\"
-valueReference=\"101\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"103\" -->
-<ScalarVariable
-name=\"_D_cse9.h\"
-valueReference=\"102\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"104\" -->
-<ScalarVariable
-name=\"_D_cse9.p\"
-valueReference=\"103\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"105\" -->
-<ScalarVariable
-name=\"_D_cse9.pd\"
-valueReference=\"104\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"106\" -->
-<ScalarVariable
-name=\"_D_cse9.pt\"
-valueReference=\"105\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"107\" -->
-<ScalarVariable
-name=\"_D_cse9.rho\"
-valueReference=\"106\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"108\" -->
-<ScalarVariable
-name=\"_D_cse9.s\"
-valueReference=\"107\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"109\" -->
-<ScalarVariable
-name=\"_D_cse9.vp\"
-valueReference=\"108\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"110\" -->
-<ScalarVariable
-name=\"_D_cse9.vt\"
-valueReference=\"109\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"111\" -->
-<ScalarVariable
-name=\"_D_cse9.x\"
-valueReference=\"110\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"112\" -->
-<ScalarVariable
-name=\"K2degC.Kelvin\"
-valueReference=\"111\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real min=\"0.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"113\" -->
-<ScalarVariable
-name=\"MW2W.y\"
-valueReference=\"112\"
-description=\"Output signal connector\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"114\" -->
-<ScalarVariable
-name=\"SteamValve.V_flow\"
-valueReference=\"113\"
-description=\"Volume flow rate at inflowing port (positive when flow from port_a to port_b)\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real unit=\"m3/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"115\" -->
-<ScalarVariable
-name=\"SteamValve.dp\"
-valueReference=\"114\"
-description=\"Pressure difference between port_a and port_b (= port_a.p - port_b.p)\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"0.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"116\" -->
-<ScalarVariable
-name=\"SteamValve.port_a_T\"
-valueReference=\"115\"
-description=\"Temperature close to port_a, if show_T = true\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"500.0\" min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"117\" -->
-<ScalarVariable
-name=\"SteamValve.port_b_T\"
-valueReference=\"116\"
-description=\"Temperature close to port_b, if show_T = true\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"500.0\" min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"118\" -->
-<ScalarVariable
-name=\"SteamValve.state_a.T\"
-valueReference=\"117\"
-description=\"Temperature\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"500.0\" min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"119\" -->
-<ScalarVariable
-name=\"SteamValve.state_a.d\"
-valueReference=\"118\"
-description=\"Density\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"150.0\" min=\"0.0\" max=\"100000.0\" nominal=\"500.0\" unit=\"kg/m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"120\" -->
-<ScalarVariable
-name=\"SteamValve.state_b.T\"
-valueReference=\"119\"
-description=\"Temperature\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"500.0\" min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"121\" -->
-<ScalarVariable
-name=\"SteamValve.state_b.d\"
-valueReference=\"120\"
-description=\"Density\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"150.0\" min=\"0.0\" max=\"100000.0\" nominal=\"500.0\" unit=\"kg/m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"122\" -->
-<ScalarVariable
-name=\"T_S\"
-valueReference=\"121\"
-description=\"steam temperature\"
-variability=\"continuous\"
-causality=\"output\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"123\" -->
-<ScalarVariable
-name=\"V_l\"
-valueReference=\"122\"
-description=\"liquid volume inside drum\"
-variability=\"continuous\"
-causality=\"output\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"124\" -->
-<ScalarVariable
-name=\"Y_Valve\"
-valueReference=\"123\"
-description=\"valve opening\"
-variability=\"continuous\"
-causality=\"input\"
->
-<Real start=\"0.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"125\" -->
-<ScalarVariable
-name=\"controller.u\"
-valueReference=\"124\"
-description=\"Connector of Real input signal\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"126\" -->
-<ScalarVariable
-name=\"controller.y\"
-valueReference=\"125\"
-description=\"Connector of Real output signal\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"127\" -->
-<ScalarVariable
-name=\"evaporator.T_D\"
-valueReference=\"126\"
-description=\"temperature of drum\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"500.0\" min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"128\" -->
-<ScalarVariable
-name=\"evaporator.U\"
-valueReference=\"127\"
-description=\"internal energy\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real unit=\"J\"/>
-</ScalarVariable>
-<!-- Index of variable = \"129\" -->
-<ScalarVariable
-name=\"evaporator.V_v\"
-valueReference=\"128\"
-description=\"volume of vapour phase\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real unit=\"m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"130\" -->
-<ScalarVariable
-name=\"evaporator.h_S\"
-valueReference=\"129\"
-description=\"steam enthalpy (specific enthalpy close to steam port when mass flows in to the boiler)\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"100000.0\" min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"131\" -->
-<ScalarVariable
-name=\"evaporator.h_l\"
-valueReference=\"130\"
-description=\"specific enthalpy of liquid\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"100000.0\" min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"132\" -->
-<ScalarVariable
-name=\"evaporator.h_v\"
-valueReference=\"131\"
-description=\"specific enthalpy of vapour\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"100000.0\" min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"133\" -->
-<ScalarVariable
-name=\"evaporator.m\"
-valueReference=\"132\"
-description=\"total mass of drum boiler\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real min=\"0.0\" unit=\"kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"134\" -->
-<ScalarVariable
-name=\"evaporator.q_F\"
-valueReference=\"133\"
-description=\"heat flow rate from furnace\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real unit=\"W\"/>
-</ScalarVariable>
-<!-- Index of variable = \"135\" -->
-<ScalarVariable
-name=\"evaporator.rho_l\"
-valueReference=\"134\"
-description=\"density in liquid phase\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"150.0\" min=\"0.0\" max=\"100000.0\" nominal=\"500.0\" unit=\"kg/m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"136\" -->
-<ScalarVariable
-name=\"evaporator.rho_v\"
-valueReference=\"135\"
-description=\"density in vapour phase\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"150.0\" min=\"0.0\" max=\"100000.0\" nominal=\"500.0\" unit=\"kg/m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"137\" -->
-<ScalarVariable
-name=\"limiter.y\"
-valueReference=\"136\"
-description=\"Connector of Real output signal\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real min=\"-9.999999999999999e+59\" max=\"100000.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"138\" -->
-<ScalarVariable
-name=\"p_S\"
-valueReference=\"137\"
-description=\"steam pressure\"
-variability=\"continuous\"
-causality=\"output\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"139\" -->
-<ScalarVariable
-name=\"pressure.port.h_outflow\"
-valueReference=\"138\"
-description=\"Specific thermodynamic enthalpy close to the connection point if m_flow &lt; 0\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"100000.0\" min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"140\" -->
-<ScalarVariable
-name=\"pressure.port.m_flow\"
-valueReference=\"139\"
-description=\"Mass flow rate from the connection point into the component\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real min=\"0.0\" max=\"100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"141\" -->
-<ScalarVariable
-name=\"pump.X_in_internal[1]\"
-valueReference=\"140\"
-description=\"Needed to connect to conditional connector\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"142\" -->
-<ScalarVariable
-name=\"pump.h_in_internal\"
-valueReference=\"141\"
-description=\"Needed to connect to conditional connector\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"143\" -->
-<ScalarVariable
-name=\"pump.medium.MM\"
-valueReference=\"142\"
-description=\"Molar mass (of mixture or single fluid)\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real min=\"0.001\" max=\"0.25\" nominal=\"0.032\" unit=\"kg/mol\"/>
-</ScalarVariable>
-<!-- Index of variable = \"144\" -->
-<ScalarVariable
-name=\"pump.medium.R\"
-valueReference=\"143\"
-description=\"Gas constant (of mixture if applicable)\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"1000.0\" min=\"0.0\" max=\"10000000.0\" nominal=\"1000.0\" unit=\"J/(kg.K)\"/>
-</ScalarVariable>
-<!-- Index of variable = \"145\" -->
-<ScalarVariable
-name=\"pump.medium.T\"
-valueReference=\"144\"
-description=\"Temperature of medium\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"500.0\" min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"146\" -->
-<ScalarVariable
-name=\"pump.medium.T_degC\"
-valueReference=\"145\"
-description=\"Temperature of medium in [degC]\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"226.85\" unit=\"degC\"/>
-</ScalarVariable>
-<!-- Index of variable = \"147\" -->
-<ScalarVariable
-name=\"pump.medium.X[1]\"
-valueReference=\"146\"
-description=\"Mass fractions (= (component mass)/total mass  m_i/m)\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"1.0\" min=\"0.0\" max=\"1.0\" nominal=\"0.1\" unit=\"kg/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"148\" -->
-<ScalarVariable
-name=\"pump.medium.d\"
-valueReference=\"147\"
-description=\"Density of medium\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"150.0\" min=\"0.0\" max=\"100000.0\" nominal=\"500.0\" unit=\"kg/m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"149\" -->
-<ScalarVariable
-name=\"pump.medium.p_bar\"
-valueReference=\"148\"
-description=\"Absolute pressure of medium in [bar]\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real unit=\"bar\"/>
-</ScalarVariable>
-<!-- Index of variable = \"150\" -->
-<ScalarVariable
-name=\"pump.medium.sat.Tsat\"
-valueReference=\"149\"
-description=\"Saturation temperature\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"500.0\" min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"151\" -->
-<ScalarVariable
-name=\"pump.medium.u\"
-valueReference=\"150\"
-description=\"Specific internal energy of medium\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real min=\"-100000000.0\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"152\" -->
-<ScalarVariable
-name=\"q_F\"
-valueReference=\"151\"
-description=\"fuel flow rate\"
-variability=\"continuous\"
-causality=\"input\"
->
-<Real start=\"0.0\" unit=\"MW\"/>
-</ScalarVariable>
-<!-- Index of variable = \"153\" -->
-<ScalarVariable
-name=\"qm_S\"
-valueReference=\"152\"
-description=\"steam flow rate\"
-variability=\"continuous\"
-causality=\"output\"
-initial=\"exact\">
-<Real start=\"0.0\" min=\"-9.999999999999999e+59\" max=\"100000.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"154\" -->
-<ScalarVariable
-name=\"sigma_D\"
-valueReference=\"153\"
-variability=\"continuous\"
-causality=\"output\"
-initial=\"calculated\">
-<Real unit=\"N/mm2\"/>
-</ScalarVariable>
-<!-- Index of variable = \"155\" -->
-<ScalarVariable
-name=\"sink.medium.MM\"
-valueReference=\"154\"
-description=\"Molar mass (of mixture or single fluid)\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real min=\"0.001\" max=\"0.25\" nominal=\"0.032\" unit=\"kg/mol\"/>
-</ScalarVariable>
-<!-- Index of variable = \"156\" -->
-<ScalarVariable
-name=\"sink.medium.R\"
-valueReference=\"155\"
-description=\"Gas constant (of mixture if applicable)\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"1000.0\" min=\"0.0\" max=\"10000000.0\" nominal=\"1000.0\" unit=\"J/(kg.K)\"/>
-</ScalarVariable>
-<!-- Index of variable = \"157\" -->
-<ScalarVariable
-name=\"sink.medium.T_degC\"
-valueReference=\"156\"
-description=\"Temperature of medium in [degC]\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real unit=\"degC\"/>
-</ScalarVariable>
-<!-- Index of variable = \"158\" -->
-<ScalarVariable
-name=\"sink.medium.X[1]\"
-valueReference=\"157\"
-description=\"Mass fractions (= (component mass)/total mass  m_i/m)\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"1.0\" min=\"0.0\" max=\"1.0\" nominal=\"0.1\" unit=\"kg/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"159\" -->
-<ScalarVariable
-name=\"sink.medium.d\"
-valueReference=\"158\"
-description=\"Density of medium\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"150.0\" min=\"0.0\" max=\"100000.0\" nominal=\"500.0\" unit=\"kg/m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"160\" -->
-<ScalarVariable
-name=\"sink.medium.p_bar\"
-valueReference=\"159\"
-description=\"Absolute pressure of medium in [bar]\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real unit=\"bar\"/>
-</ScalarVariable>
-<!-- Index of variable = \"161\" -->
-<ScalarVariable
-name=\"sink.medium.sat.Tsat\"
-valueReference=\"160\"
-description=\"Saturation temperature\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"500.0\" min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"162\" -->
-<ScalarVariable
-name=\"sink.medium.u\"
-valueReference=\"161\"
-description=\"Specific internal energy of medium\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real min=\"-100000000.0\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"163\" -->
-<ScalarVariable
-name=\"sink.state.d\"
-valueReference=\"162\"
-description=\"Density\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"150.0\" min=\"0.0\" max=\"100000.0\" nominal=\"500.0\" unit=\"kg/m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"164\" -->
-<ScalarVariable
-name=\"sink.state.h\"
-valueReference=\"163\"
-description=\"Specific enthalpy\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"100000.0\" min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"165\" -->
-<ScalarVariable
-name=\"temperature.port.h_outflow\"
-valueReference=\"164\"
-description=\"Specific thermodynamic enthalpy close to the connection point if m_flow &lt; 0\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"exact\">
-<Real start=\"100000.0\" min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"166\" -->
-<ScalarVariable
-name=\"temperature.port.m_flow\"
-valueReference=\"165\"
-description=\"Mass flow rate from the connection point into the component\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real min=\"0.0\" max=\"100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"167\" -->
-<ScalarVariable
-name=\"MW2W.k\"
-valueReference=\"166\"
-description=\"Gain value multiplied with input signal\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"1000000.0\" unit=\"1\"/>
-</ScalarVariable>
-<!-- Index of variable = \"168\" -->
-<ScalarVariable
-name=\"Pa2bar.k\"
-valueReference=\"167\"
-description=\"Gain value multiplied with input signal\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"1e-05\" unit=\"1\"/>
-</ScalarVariable>
-<!-- Index of variable = \"169\" -->
-<ScalarVariable
-name=\"SteamValve.dp_nominal\"
-valueReference=\"168\"
-description=\"Nominal pressure drop at full opening\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"9000000.0\" min=\"0.0\" nominal=\"100000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"170\" -->
-<ScalarVariable
-name=\"SteamValve.dp_start\"
-valueReference=\"169\"
-description=\"Guess value of dp = port_a.p - port_b.p\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Real min=\"-9.999999999999999e+59\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"171\" -->
-<ScalarVariable
-name=\"SteamValve.k\"
-valueReference=\"170\"
-description=\"Hydraulic conductance at full opening\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Real unit=\"kg/(s.Pa)\"/>
-</ScalarVariable>
-<!-- Index of variable = \"172\" -->
-<ScalarVariable
-name=\"SteamValve.m_flow_nominal\"
-valueReference=\"171\"
-description=\"Nominal mass flowrate at full opening\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"180.0\" min=\"-100000.0\" max=\"100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"173\" -->
-<ScalarVariable
-name=\"SteamValve.m_flow_small\"
-valueReference=\"172\"
-description=\"Small mass flow rate for regularization of zero flow\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Real min=\"-100000.0\" max=\"100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"174\" -->
-<ScalarVariable
-name=\"SteamValve.m_flow_start\"
-valueReference=\"173\"
-description=\"Guess value of m_flow = port_a.m_flow\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Real min=\"-100000.0\" max=\"100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"175\" -->
-<ScalarVariable
-name=\"controller.T\"
-valueReference=\"174\"
-description=\"Time Constant (T&gt;0 required)\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"120.0\" min=\"1e-60\" unit=\"s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"176\" -->
-<ScalarVariable
-name=\"controller.k\"
-valueReference=\"175\"
-description=\"Gain\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"10.0\" unit=\"1\"/>
-</ScalarVariable>
-<!-- Index of variable = \"177\" -->
-<ScalarVariable
-name=\"controller.x_start\"
-valueReference=\"176\"
-description=\"Initial or guess value of state\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"0.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"178\" -->
-<ScalarVariable
-name=\"controller.y_start\"
-valueReference=\"177\"
-description=\"Initial value of output\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"0.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"179\" -->
-<ScalarVariable
-name=\"evaporator.V_l_start\"
-valueReference=\"178\"
-description=\"Start value of liquid volumeStart value of volume\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"67.0\" unit=\"m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"180\" -->
-<ScalarVariable
-name=\"evaporator.V_t\"
-valueReference=\"179\"
-description=\"total volume inside drum\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"100.0\" unit=\"m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"181\" -->
-<ScalarVariable
-name=\"evaporator.cp_D\"
-valueReference=\"180\"
-description=\"specific heat capacity of drum metal\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"500.0\" min=\"0.0\" max=\"10000000.0\" nominal=\"1000.0\" unit=\"J/(kg.K)\"/>
-</ScalarVariable>
-<!-- Index of variable = \"182\" -->
-<ScalarVariable
-name=\"evaporator.m_D\"
-valueReference=\"181\"
-description=\"mass of surrounding drum metal\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"300000.0\" min=\"0.0\" unit=\"kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"183\" -->
-<ScalarVariable
-name=\"evaporator.p_start\"
-valueReference=\"182\"
-description=\"Start value of pressure\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"100000.0\" min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"184\" -->
-<ScalarVariable
-name=\"furnace.T_ref\"
-valueReference=\"183\"
-description=\"Reference temperature\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"293.15\" min=\"0.0\" nominal=\"300.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"185\" -->
-<ScalarVariable
-name=\"furnace.alpha\"
-valueReference=\"184\"
-description=\"Temperature coefficient of heat flow rate\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"0.0\" unit=\"1/K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"186\" -->
-<ScalarVariable
-name=\"levelSetPoint.k\"
-valueReference=\"185\"
-description=\"Constant output value\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"67.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"187\" -->
-<ScalarVariable
-name=\"limiter.uMax\"
-valueReference=\"186\"
-description=\"Upper limits of input signals\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"500.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"188\" -->
-<ScalarVariable
-name=\"limiter.uMin\"
-valueReference=\"187\"
-description=\"Lower limits of input signals\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"0.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"189\" -->
-<ScalarVariable
-name=\"massFlowRate.m_flow_nominal\"
-valueReference=\"188\"
-description=\"Nominal value of m_flow = port_a.m_flow\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Real min=\"-100000.0\" max=\"100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"190\" -->
-<ScalarVariable
-name=\"massFlowRate.m_flow_small\"
-valueReference=\"189\"
-description=\"Regularization for bi-directional flow in the region |m_flow| &lt; m_flow_small (m_flow_small &gt; 0 required)\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Real min=\"0.0\" max=\"100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"191\" -->
-<ScalarVariable
-name=\"pump.X[1]\"
-valueReference=\"190\"
-description=\"Fixed value of composition\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Real min=\"0.0\" max=\"1.0\" nominal=\"0.1\" unit=\"kg/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"192\" -->
-<ScalarVariable
-name=\"pump.h\"
-valueReference=\"191\"
-description=\"Fixed value of specific enthalpy\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"193\" -->
-<ScalarVariable
-name=\"pump.m_flow\"
-valueReference=\"192\"
-description=\"Fixed mass flow rate going out of the fluid port\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Real min=\"-100000.0\" max=\"100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"194\" -->
-<ScalarVariable
-name=\"sink.T\"
-valueReference=\"193\"
-description=\"Boundary temperature\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"500.0\" min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"195\" -->
-<ScalarVariable
-name=\"sink.X[1]\"
-valueReference=\"194\"
-description=\"Boundary mass fractions m_i/m\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"1.0\" min=\"0.0\" max=\"1.0\" nominal=\"0.1\" unit=\"kg/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"196\" -->
-<ScalarVariable
-name=\"sink.d\"
-valueReference=\"195\"
-description=\"Boundary density\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Real min=\"0.0\" max=\"100000.0\" nominal=\"500.0\" unit=\"kg/m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"197\" -->
-<ScalarVariable
-name=\"sink.h\"
-valueReference=\"196\"
-description=\"Boundary specific enthalpy\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"84013.05815259689\" min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"198\" -->
-<ScalarVariable
-name=\"sink.p\"
-valueReference=\"197\"
-description=\"Boundary pressure\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"50000.0\" min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"199\" -->
-<ScalarVariable
-name=\"system.T_ambient\"
-valueReference=\"198\"
-description=\"Default ambient temperature\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"293.15\" min=\"0.0\" nominal=\"300.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"200\" -->
-<ScalarVariable
-name=\"system.T_start\"
-valueReference=\"199\"
-description=\"Default start value for temperatures\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Real min=\"0.0\" nominal=\"300.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"201\" -->
-<ScalarVariable
-name=\"system.dp_small\"
-valueReference=\"200\"
-description=\"Default small pressure drop for regularization of laminar and zero flow\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"1.0\" min=\"0.0\" nominal=\"100000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"202\" -->
-<ScalarVariable
-name=\"system.eps_m_flow\"
-valueReference=\"201\"
-description=\"Regularization of zero flow for |m_flow| &lt; eps_m_flow*m_flow_nominal\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"0.0001\" min=\"0.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"203\" -->
-<ScalarVariable
-name=\"system.g\"
-valueReference=\"202\"
-description=\"Constant gravity acceleration\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"9.806649999999999\" unit=\"m/s2\"/>
-</ScalarVariable>
-<!-- Index of variable = \"204\" -->
-<ScalarVariable
-name=\"system.m_flow_nominal\"
-valueReference=\"203\"
-description=\"Default nominal mass flow rate\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Real unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"205\" -->
-<ScalarVariable
-name=\"system.m_flow_small\"
-valueReference=\"204\"
-description=\"Default small mass flow rate for regularization of laminar and zero flow\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"0.01\" min=\"0.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"206\" -->
-<ScalarVariable
-name=\"system.m_flow_start\"
-valueReference=\"205\"
-description=\"Default start value for mass flow rates\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"0.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"207\" -->
-<ScalarVariable
-name=\"system.p_ambient\"
-valueReference=\"206\"
-description=\"Default ambient pressure\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Real start=\"101325.0\" min=\"0.0\" nominal=\"100000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"208\" -->
-<ScalarVariable
-name=\"system.p_start\"
-valueReference=\"207\"
-description=\"Default start value for pressures\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Real min=\"0.0\" nominal=\"100000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"209\" -->
-<ScalarVariable
-name=\"K2degC.Celsius\"
-valueReference=\"121\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real unit=\"degC\"/>
-</ScalarVariable>
-<!-- Index of variable = \"210\" -->
-<ScalarVariable
-name=\"MW2W.u\"
-valueReference=\"151\"
-description=\"Input signal connector\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"211\" -->
-<ScalarVariable
-name=\"Pa2bar.u\"
-valueReference=\"2\"
-description=\"Input signal connector\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"212\" -->
-<ScalarVariable
-name=\"Pa2bar.y\"
-valueReference=\"137\"
-description=\"Output signal connector\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"213\" -->
-<ScalarVariable
-name=\"SteamValve.m_flow\"
-valueReference=\"152\"
-description=\"Mass flow rate in design flow direction\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real max=\"100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"214\" -->
-<ScalarVariable
-name=\"SteamValve.opening\"
-valueReference=\"123\"
-description=\"=1: completely open, =0: completely closed\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"0.0\" max=\"1.0\"/>
-</ScalarVariable>
-<!-- Index of variable = \"215\" -->
-<ScalarVariable
-name=\"SteamValve.port_a.h_outflow\"
-valueReference=\"129\"
-description=\"Specific thermodynamic enthalpy close to the connection point if m_flow &lt; 0\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"216\" -->
-<ScalarVariable
-name=\"SteamValve.port_a.m_flow\"
-valueReference=\"152\"
-description=\"Mass flow rate from the connection point into the component\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real max=\"100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"217\" -->
-<ScalarVariable
-name=\"SteamValve.port_a.p\"
-valueReference=\"2\"
-description=\"Thermodynamic pressure in the connection point\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"218\" -->
-<ScalarVariable
-name=\"SteamValve.port_b.h_outflow\"
-valueReference=\"131\"
-description=\"Specific thermodynamic enthalpy close to the connection point if m_flow &lt; 0\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"219\" -->
-<ScalarVariable
-name=\"SteamValve.port_b.m_flow\"
-valueReference=\"218\"
-description=\"Mass flow rate from the connection point into the component\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real min=\"-100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"220\" -->
-<ScalarVariable
-name=\"SteamValve.port_b.p\"
-valueReference=\"197\"
-description=\"Thermodynamic pressure in the connection point\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"221\" -->
-<ScalarVariable
-name=\"SteamValve.state_a.h\"
-valueReference=\"131\"
-description=\"Specific enthalpy\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"222\" -->
-<ScalarVariable
-name=\"SteamValve.state_a.p\"
-valueReference=\"2\"
-description=\"Pressure\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"223\" -->
-<ScalarVariable
-name=\"SteamValve.state_b.h\"
-valueReference=\"129\"
-description=\"Specific enthalpy\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"224\" -->
-<ScalarVariable
-name=\"SteamValve.state_b.p\"
-valueReference=\"197\"
-description=\"Pressure\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"225\" -->
-<ScalarVariable
-name=\"evaporator.T\"
-valueReference=\"126\"
-description=\"temperature inside drum boiler\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"226\" -->
-<ScalarVariable
-name=\"evaporator.V\"
-valueReference=\"1\"
-description=\"liquid volume\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"227\" -->
-<ScalarVariable
-name=\"evaporator.h_W\"
-valueReference=\"141\"
-description=\"Feed water enthalpy (specific enthalpy close to feedwater port when mass flows in to the boiler)\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"228\" -->
-<ScalarVariable
-name=\"evaporator.heatPort.Q_flow\"
-valueReference=\"133\"
-description=\"Heat flow rate (positive if flowing from outside into the component)\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real unit=\"W\"/>
-</ScalarVariable>
-<!-- Index of variable = \"229\" -->
-<ScalarVariable
-name=\"evaporator.heatPort.T\"
-valueReference=\"126\"
-description=\"Port temperature\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"0.0\" nominal=\"300.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"230\" -->
-<ScalarVariable
-name=\"evaporator.port_a.h_outflow\"
-valueReference=\"130\"
-description=\"Specific thermodynamic enthalpy close to the connection point if m_flow &lt; 0\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"231\" -->
-<ScalarVariable
-name=\"evaporator.port_a.m_flow\"
-valueReference=\"136\"
-description=\"Mass flow rate from the connection point into the component\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real max=\"100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"232\" -->
-<ScalarVariable
-name=\"evaporator.port_a.p\"
-valueReference=\"2\"
-description=\"Thermodynamic pressure in the connection point\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"233\" -->
-<ScalarVariable
-name=\"evaporator.port_b.h_outflow\"
-valueReference=\"131\"
-description=\"Specific thermodynamic enthalpy close to the connection point if m_flow &lt; 0\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"234\" -->
-<ScalarVariable
-name=\"evaporator.port_b.m_flow\"
-valueReference=\"233\"
-description=\"Mass flow rate from the connection point into the component\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real min=\"-100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"235\" -->
-<ScalarVariable
-name=\"evaporator.port_b.p\"
-valueReference=\"2\"
-description=\"Thermodynamic pressure in the connection point\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"236\" -->
-<ScalarVariable
-name=\"evaporator.qm_S\"
-valueReference=\"235\"
-description=\"steam mass flow rate\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real min=\"-100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"237\" -->
-<ScalarVariable
-name=\"evaporator.qm_W\"
-valueReference=\"136\"
-description=\"feed water mass flow rate\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"238\" -->
-<ScalarVariable
-name=\"evaporator.sat.Tsat\"
-valueReference=\"126\"
-description=\"Saturation temperature\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"239\" -->
-<ScalarVariable
-name=\"evaporator.sat.psat\"
-valueReference=\"2\"
-description=\"Saturation pressure\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"240\" -->
-<ScalarVariable
-name=\"feedback.u1\"
-valueReference=\"185\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"241\" -->
-<ScalarVariable
-name=\"feedback.u2\"
-valueReference=\"1\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"242\" -->
-<ScalarVariable
-name=\"feedback.y\"
-valueReference=\"124\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"243\" -->
-<ScalarVariable
-name=\"furnace.Q_flow\"
-valueReference=\"112\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real unit=\"W\"/>
-</ScalarVariable>
-<!-- Index of variable = \"244\" -->
-<ScalarVariable
-name=\"furnace.port.Q_flow\"
-valueReference=\"243\"
-description=\"Heat flow rate (positive if flowing from outside into the component)\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real unit=\"W\"/>
-</ScalarVariable>
-<!-- Index of variable = \"245\" -->
-<ScalarVariable
-name=\"furnace.port.T\"
-valueReference=\"126\"
-description=\"Port temperature\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"0.0\" nominal=\"300.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"246\" -->
-<ScalarVariable
-name=\"levelSetPoint.y\"
-valueReference=\"185\"
-description=\"Connector of Real output signal\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"247\" -->
-<ScalarVariable
-name=\"limiter.u\"
-valueReference=\"125\"
-description=\"Connector of Real input signal\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"248\" -->
-<ScalarVariable
-name=\"massFlowRate.m_flow\"
-valueReference=\"152\"
-description=\"Mass flow rate from port_a to port_b\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"249\" -->
-<ScalarVariable
-name=\"massFlowRate.port_a.h_outflow\"
-valueReference=\"129\"
-description=\"Specific thermodynamic enthalpy close to the connection point if m_flow &lt; 0\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"250\" -->
-<ScalarVariable
-name=\"massFlowRate.port_a.m_flow\"
-valueReference=\"152\"
-description=\"Mass flow rate from the connection point into the component\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real max=\"100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"251\" -->
-<ScalarVariable
-name=\"massFlowRate.port_a.p\"
-valueReference=\"2\"
-description=\"Thermodynamic pressure in the connection point\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"252\" -->
-<ScalarVariable
-name=\"massFlowRate.port_b.h_outflow\"
-valueReference=\"131\"
-description=\"Specific thermodynamic enthalpy close to the connection point if m_flow &lt; 0\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"253\" -->
-<ScalarVariable
-name=\"massFlowRate.port_b.m_flow\"
-valueReference=\"252\"
-description=\"Mass flow rate from the connection point into the component\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real min=\"-100000.0\" unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"254\" -->
-<ScalarVariable
-name=\"massFlowRate.port_b.p\"
-valueReference=\"2\"
-description=\"Thermodynamic pressure in the connection point\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"255\" -->
-<ScalarVariable
-name=\"pressure.p\"
-valueReference=\"2\"
-description=\"Pressure at port\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"0.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"256\" -->
-<ScalarVariable
-name=\"pressure.port.p\"
-valueReference=\"2\"
-description=\"Thermodynamic pressure in the connection point\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"257\" -->
-<ScalarVariable
-name=\"pump.m_flow_in\"
-valueReference=\"136\"
-description=\"Prescribed mass flow rate\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"258\" -->
-<ScalarVariable
-name=\"pump.m_flow_in_internal\"
-valueReference=\"136\"
-description=\"Needed to connect to conditional connector\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real/>
-</ScalarVariable>
-<!-- Index of variable = \"259\" -->
-<ScalarVariable
-name=\"pump.medium.h\"
-valueReference=\"141\"
-description=\"Specific enthalpy of medium\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"260\" -->
-<ScalarVariable
-name=\"pump.medium.p\"
-valueReference=\"2\"
-description=\"Absolute pressure of medium\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"0.0\" nominal=\"100000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"261\" -->
-<ScalarVariable
-name=\"pump.medium.sat.psat\"
-valueReference=\"2\"
-description=\"Saturation pressure\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"262\" -->
-<ScalarVariable
-name=\"pump.medium.state.T\"
-valueReference=\"144\"
-description=\"Temperature\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"263\" -->
-<ScalarVariable
-name=\"pump.medium.state.d\"
-valueReference=\"147\"
-description=\"Density\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"0.0\" max=\"100000.0\" nominal=\"500.0\" unit=\"kg/m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"264\" -->
-<ScalarVariable
-name=\"pump.medium.state.h\"
-valueReference=\"141\"
-description=\"Specific enthalpy\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"265\" -->
-<ScalarVariable
-name=\"pump.medium.state.p\"
-valueReference=\"2\"
-description=\"Pressure\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"266\" -->
-<ScalarVariable
-name=\"pump.ports[1].h_outflow\"
-valueReference=\"141\"
-description=\"Specific thermodynamic enthalpy close to the connection point if m_flow &lt; 0\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"267\" -->
-<ScalarVariable
-name=\"pump.ports[1].m_flow\"
-valueReference=\"266\"
-description=\"Mass flow rate from the connection point into the component\"
-variability=\"continuous\"
-causality=\"local\"
-initial=\"calculated\">
-<Real unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"268\" -->
-<ScalarVariable
-name=\"pump.ports[1].p\"
-valueReference=\"2\"
-description=\"Thermodynamic pressure in the connection point\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"269\" -->
-<ScalarVariable
-name=\"sink.medium.T\"
-valueReference=\"193\"
-description=\"Temperature of medium\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"270\" -->
-<ScalarVariable
-name=\"sink.medium.h\"
-valueReference=\"129\"
-description=\"Specific enthalpy of medium\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"271\" -->
-<ScalarVariable
-name=\"sink.medium.p\"
-valueReference=\"197\"
-description=\"Absolute pressure of medium\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"0.0\" nominal=\"100000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"272\" -->
-<ScalarVariable
-name=\"sink.medium.sat.psat\"
-valueReference=\"197\"
-description=\"Saturation pressure\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"273\" -->
-<ScalarVariable
-name=\"sink.medium.state.T\"
-valueReference=\"193\"
-description=\"Temperature\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"274\" -->
-<ScalarVariable
-name=\"sink.medium.state.d\"
-valueReference=\"158\"
-description=\"Density\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"0.0\" max=\"100000.0\" nominal=\"500.0\" unit=\"kg/m3\"/>
-</ScalarVariable>
-<!-- Index of variable = \"275\" -->
-<ScalarVariable
-name=\"sink.medium.state.h\"
-valueReference=\"129\"
-description=\"Specific enthalpy\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"276\" -->
-<ScalarVariable
-name=\"sink.medium.state.p\"
-valueReference=\"197\"
-description=\"Pressure\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"277\" -->
-<ScalarVariable
-name=\"sink.ports[1].h_outflow\"
-valueReference=\"129\"
-description=\"Specific thermodynamic enthalpy close to the connection point if m_flow &lt; 0\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"-10000000000.0\" max=\"10000000000.0\" nominal=\"500000.0\" unit=\"J/kg\"/>
-</ScalarVariable>
-<!-- Index of variable = \"278\" -->
-<ScalarVariable
-name=\"sink.ports[1].m_flow\"
-valueReference=\"152\"
-description=\"Mass flow rate from the connection point into the component\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real unit=\"kg/s\"/>
-</ScalarVariable>
-<!-- Index of variable = \"279\" -->
-<ScalarVariable
-name=\"sink.ports[1].p\"
-valueReference=\"197\"
-description=\"Thermodynamic pressure in the connection point\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"280\" -->
-<ScalarVariable
-name=\"sink.state.T\"
-valueReference=\"193\"
-description=\"Temperature\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"273.15\" max=\"2273.15\" nominal=\"500.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"281\" -->
-<ScalarVariable
-name=\"sink.state.p\"
-valueReference=\"197\"
-description=\"Pressure\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"282\" -->
-<ScalarVariable
-name=\"temperature.T\"
-valueReference=\"111\"
-description=\"Temperature in port medium\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"0.0\" unit=\"K\"/>
-</ScalarVariable>
-<!-- Index of variable = \"283\" -->
-<ScalarVariable
-name=\"temperature.port.p\"
-valueReference=\"2\"
-description=\"Thermodynamic pressure in the connection point\"
-variability=\"continuous\"
-causality=\"local\"
->
-<Real min=\"611.657\" max=\"100000000.0\" nominal=\"1000000.0\" unit=\"Pa\"/>
-</ScalarVariable>
-<!-- Index of variable = \"284\" -->
-<ScalarVariable
-name=\"_D_cse10.phase\"
-valueReference=\"0\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"285\" -->
-<ScalarVariable
-name=\"_D_cse10.region\"
-valueReference=\"1\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"286\" -->
-<ScalarVariable
-name=\"_D_cse3.phase\"
-valueReference=\"2\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"287\" -->
-<ScalarVariable
-name=\"_D_cse3.region\"
-valueReference=\"3\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"288\" -->
-<ScalarVariable
-name=\"_D_cse6.phase\"
-valueReference=\"4\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"289\" -->
-<ScalarVariable
-name=\"_D_cse6.region\"
-valueReference=\"5\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"290\" -->
-<ScalarVariable
-name=\"_D_cse8.phase\"
-valueReference=\"6\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"291\" -->
-<ScalarVariable
-name=\"_D_cse8.region\"
-valueReference=\"7\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"292\" -->
-<ScalarVariable
-name=\"_D_cse9.phase\"
-valueReference=\"8\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"293\" -->
-<ScalarVariable
-name=\"_D_cse9.region\"
-valueReference=\"9\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"294\" -->
-<ScalarVariable
-name=\"SteamValve.state_a.phase\"
-valueReference=\"10\"
-description=\"Phase of the fluid: 1 for 1-phase, 2 for two-phase, 0 for not known, e.g., interactive use\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"295\" -->
-<ScalarVariable
-name=\"SteamValve.state_b.phase\"
-valueReference=\"11\"
-description=\"Phase of the fluid: 1 for 1-phase, 2 for two-phase, 0 for not known, e.g., interactive use\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"296\" -->
-<ScalarVariable
-name=\"pump.medium.phase\"
-valueReference=\"12\"
-description=\"2 for two-phase, 1 for one-phase, 0 if not known\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"exact\">
-<Integer start=\"1\"/>
-</ScalarVariable>
-<!-- Index of variable = \"297\" -->
-<ScalarVariable
-name=\"sink.medium.phase\"
-valueReference=\"13\"
-description=\"2 for two-phase, 1 for one-phase, 0 if not known\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"exact\">
-<Integer start=\"1\"/>
-</ScalarVariable>
-<!-- Index of variable = \"298\" -->
-<ScalarVariable
-name=\"sink.state.phase\"
-valueReference=\"14\"
-description=\"Phase of the fluid: 1 for 1-phase, 2 for two-phase, 0 for not known, e.g., interactive use\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"299\" -->
-<ScalarVariable
-name=\"controller.initType\"
-valueReference=\"15\"
-description=\"Type of initialization (1: no init, 2: steady state, 3: initial state, 4: initial output)\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Enumeration declaredType=\"Modelica.Blocks.Types.Init\"/>
-</ScalarVariable>
-<!-- Index of variable = \"300\" -->
-<ScalarVariable
-name=\"evaporator.energyDynamics\"
-valueReference=\"16\"
-description=\"Formulation of energy balance\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Enumeration declaredType=\"Modelica.Fluid.Types.Dynamics\"/>
-</ScalarVariable>
-<!-- Index of variable = \"301\" -->
-<ScalarVariable
-name=\"evaporator.massDynamics\"
-valueReference=\"17\"
-description=\"Formulation of mass balance\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Enumeration declaredType=\"Modelica.Fluid.Types.Dynamics\"/>
-</ScalarVariable>
-<!-- Index of variable = \"302\" -->
-<ScalarVariable
-name=\"pump.flowDirection\"
-valueReference=\"18\"
-description=\"Allowed flow direction\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Enumeration declaredType=\"Modelica.Fluid.Types.PortFlowDirection\"/>
-</ScalarVariable>
-<!-- Index of variable = \"303\" -->
-<ScalarVariable
-name=\"pump.nPorts\"
-valueReference=\"19\"
-description=\"Number of ports\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"304\" -->
-<ScalarVariable
-name=\"sink.flowDirection\"
-valueReference=\"20\"
-description=\"Allowed flow direction\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Enumeration declaredType=\"Modelica.Fluid.Types.PortFlowDirection\"/>
-</ScalarVariable>
-<!-- Index of variable = \"305\" -->
-<ScalarVariable
-name=\"sink.nPorts\"
-valueReference=\"21\"
-description=\"Number of ports\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"306\" -->
-<ScalarVariable
-name=\"system.energyDynamics\"
-valueReference=\"22\"
-description=\"Default formulation of energy balances\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Enumeration declaredType=\"Modelica.Fluid.Types.Dynamics\"/>
-</ScalarVariable>
-<!-- Index of variable = \"307\" -->
-<ScalarVariable
-name=\"system.massDynamics\"
-valueReference=\"23\"
-description=\"Default formulation of mass balances\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Enumeration declaredType=\"Modelica.Fluid.Types.Dynamics\"/>
-</ScalarVariable>
-<!-- Index of variable = \"308\" -->
-<ScalarVariable
-name=\"system.momentumDynamics\"
-valueReference=\"24\"
-description=\"Default formulation of momentum balances, if options available\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Enumeration declaredType=\"Modelica.Fluid.Types.Dynamics\"/>
-</ScalarVariable>
-<!-- Index of variable = \"309\" -->
-<ScalarVariable
-name=\"system.substanceDynamics\"
-valueReference=\"25\"
-description=\"Default formulation of substance balances\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Enumeration declaredType=\"Modelica.Fluid.Types.Dynamics\"/>
-</ScalarVariable>
-<!-- Index of variable = \"310\" -->
-<ScalarVariable
-name=\"system.traceDynamics\"
-valueReference=\"26\"
-description=\"Default formulation of trace substance balances\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Enumeration declaredType=\"Modelica.Fluid.Types.Dynamics\"/>
-</ScalarVariable>
-<!-- Index of variable = \"311\" -->
-<ScalarVariable
-name=\"pump.medium.state.phase\"
-valueReference=\"12\"
-description=\"Phase of the fluid: 1 for 1-phase, 2 for two-phase, 0 for not known, e.g., interactive use\"
-variability=\"discrete\"
-causality=\"local\"
->
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"312\" -->
-<ScalarVariable
-name=\"sink.medium.state.phase\"
-valueReference=\"13\"
-description=\"Phase of the fluid: 1 for 1-phase, 2 for two-phase, 0 for not known, e.g., interactive use\"
-variability=\"discrete\"
-causality=\"local\"
->
-<Integer/>
-</ScalarVariable>
-<!-- Index of variable = \"313\" -->
-<ScalarVariable
-name=\"_D_cse1.region3boundary\"
-valueReference=\"0\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"314\" -->
-<ScalarVariable
-name=\"_D_cse2.region3boundary\"
-valueReference=\"1\"
-variability=\"discrete\"
-causality=\"local\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"315\" -->
-<ScalarVariable
-name=\"SteamValve.allowFlowReversal\"
-valueReference=\"2\"
-description=\"= true to allow flow reversal, false restricts to design direction (port_a -&gt; port_b)\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"316\" -->
-<ScalarVariable
-name=\"SteamValve.port_a_exposesState\"
-valueReference=\"3\"
-description=\"= true if port_a exposes the state of a fluid volume\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"317\" -->
-<ScalarVariable
-name=\"SteamValve.port_b_exposesState\"
-valueReference=\"4\"
-description=\"= true if port_b.p exposes the state of a fluid volume\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"318\" -->
-<ScalarVariable
-name=\"SteamValve.showDesignFlowDirection\"
-valueReference=\"5\"
-description=\"= false to hide the arrow in the model icon\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"319\" -->
-<ScalarVariable
-name=\"SteamValve.show_T\"
-valueReference=\"6\"
-description=\"= true, if temperatures at port_a and port_b are computed\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Boolean start=\"true\"/>
-</ScalarVariable>
-<!-- Index of variable = \"320\" -->
-<ScalarVariable
-name=\"SteamValve.show_V_flow\"
-valueReference=\"7\"
-description=\"= true, if volume flow rate at inflowing port is computed\"
-variability=\"fixed\"
-causality=\"parameter\"
-initial=\"exact\">
-<Boolean start=\"true\"/>
-</ScalarVariable>
-<!-- Index of variable = \"321\" -->
-<ScalarVariable
-name=\"evaporator.allowFlowReversal\"
-valueReference=\"8\"
-description=\"= true to allow flow reversal, false restricts to design direction (port_a -&gt; port_b)\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"322\" -->
-<ScalarVariable
-name=\"evaporator.port_a_exposesState\"
-valueReference=\"9\"
-description=\"= true if port_a exposes the state of a fluid volume\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"323\" -->
-<ScalarVariable
-name=\"evaporator.port_b_exposesState\"
-valueReference=\"10\"
-description=\"= true if port_b.p exposes the state of a fluid volume\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"324\" -->
-<ScalarVariable
-name=\"evaporator.showDesignFlowDirection\"
-valueReference=\"11\"
-description=\"= false to hide the arrow in the model icon\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"325\" -->
-<ScalarVariable
-name=\"limiter.limitsAtInit\"
-valueReference=\"12\"
-description=\"Has no longer an effect and is only kept for backwards compatibility (the implementation uses now the homotopy operator)\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"326\" -->
-<ScalarVariable
-name=\"limiter.strict\"
-valueReference=\"13\"
-description=\"= true, if strict limits with noEvent(..)\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"327\" -->
-<ScalarVariable
-name=\"massFlowRate.allowFlowReversal\"
-valueReference=\"14\"
-description=\"= true to allow flow reversal, false restricts to design direction (port_a -&gt; port_b)\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"328\" -->
-<ScalarVariable
-name=\"massFlowRate.port_a_exposesState\"
-valueReference=\"15\"
-description=\"= true if port_a exposes the state of a fluid volume\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"329\" -->
-<ScalarVariable
-name=\"massFlowRate.port_b_exposesState\"
-valueReference=\"16\"
-description=\"= true if port_b.p exposes the state of a fluid volume\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"330\" -->
-<ScalarVariable
-name=\"massFlowRate.showDesignFlowDirection\"
-valueReference=\"17\"
-description=\"= false to hide the arrow in the model icon\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"331\" -->
-<ScalarVariable
-name=\"pump.medium.preferredMediumStates\"
-valueReference=\"18\"
-description=\"= true if StateSelect.prefer shall be used for the independent property variables of the medium\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"332\" -->
-<ScalarVariable
-name=\"pump.medium.standardOrderComponents\"
-valueReference=\"19\"
-description=\"If true, and reducedX = true, the last element of X will be computed from the other ones\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"333\" -->
-<ScalarVariable
-name=\"pump.use_C_in\"
-valueReference=\"20\"
-description=\"Get the trace substances from the input connector\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"334\" -->
-<ScalarVariable
-name=\"pump.use_X_in\"
-valueReference=\"21\"
-description=\"Get the composition from the input connector\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"335\" -->
-<ScalarVariable
-name=\"pump.use_h_in\"
-valueReference=\"22\"
-description=\"Get the specific enthalpy from the input connector\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"336\" -->
-<ScalarVariable
-name=\"pump.use_m_flow_in\"
-valueReference=\"23\"
-description=\"Get the mass flow rate from the input connector\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"337\" -->
-<ScalarVariable
-name=\"sink.medium.preferredMediumStates\"
-valueReference=\"24\"
-description=\"= true if StateSelect.prefer shall be used for the independent property variables of the medium\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"338\" -->
-<ScalarVariable
-name=\"sink.medium.standardOrderComponents\"
-valueReference=\"25\"
-description=\"If true, and reducedX = true, the last element of X will be computed from the other ones\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"339\" -->
-<ScalarVariable
-name=\"sink.use_T\"
-valueReference=\"26\"
-description=\"select T or h\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"340\" -->
-<ScalarVariable
-name=\"sink.use_p\"
-valueReference=\"27\"
-description=\"select p or d\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"341\" -->
-<ScalarVariable
-name=\"system.allowFlowReversal\"
-valueReference=\"28\"
-description=\"= false to restrict to design flow direction (port_a -&gt; port_b)\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"342\" -->
-<ScalarVariable
-name=\"system.use_eps_Re\"
-valueReference=\"29\"
-description=\"= true to determine turbulent region automatically using Reynolds number\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-<!-- Index of variable = \"343\" -->
-<ScalarVariable
-name=\"use_inputs\"
-valueReference=\"30\"
-description=\"use external inputs instead of test data contained internally\"
-variability=\"fixed\"
-causality=\"calculatedParameter\"
-initial=\"calculated\">
-<Boolean/>
-</ScalarVariable>
-</ModelVariables>
-<ModelStructure>
-<Outputs>
-<Unknown index=\"122\" dependencies=\"3 124\" dependenciesKind=\"dependent dependent\" />
-<Unknown index=\"123\" dependencies=\"2\" dependenciesKind=\"dependent\" />
-<Unknown index=\"138\" dependencies=\"3\" dependenciesKind=\"dependent\" />
-<Unknown index=\"153\" dependencies=\"3 124\" dependenciesKind=\"dependent dependent\" />
-<Unknown index=\"154\" dependencies=\"1 2 3 124 152\" dependenciesKind=\"dependent dependent dependent dependent dependent\" />
-</Outputs>
-<Derivatives>
-<Unknown index=\"4\" dependencies=\"2\" dependenciesKind=\"dependent\" />
-<Unknown index=\"5\" dependencies=\"1 2 3 124 152\" dependenciesKind=\"dependent dependent dependent dependent dependent\" />
-<Unknown index=\"6\" dependencies=\"1 2 3 124 152\" dependenciesKind=\"dependent dependent dependent dependent dependent\" />
-</Derivatives>
-</ModelStructure>
-</fmiModelDescription>
-"
-"DrumBoilerModel_me_FMU.mo"
+unzip: cannot find or open DrumBoilerModel.fmu, DrumBoilerModel.fmu.zip or DrumBoilerModel.fmu.ZIP.
+1
 ""
-true
+""
+"Error: File not Found: DrumBoilerModel.fmu.
+"
+false
 ""
 true
 ""
 record SimulationResult
-resultFile = "DrumBoilerModel_me_FMU_res.mat",
+resultFile = "",
 simulationOptions = "startTime = 0.0, stopTime = 100.0, numberOfIntervals = 500, tolerance = 1e-06, method = 'dassl', fileNamePrefix = 'DrumBoilerModel_me_FMU', options = '', outputFormat = 'mat', variableFilter = '.*', cflags = '', simflags = '-override=q_F=10,Y_Valve=1'",
-messages = "LOG_SUCCESS       | info    | The initialization finished successfully without homotopy method.
-LOG_SUCCESS       | info    | The simulation finished successfully.
-"
+messages = "Simulation Failed. Model: DrumBoilerModel_me_FMU does not exist! Please load it first before simulation."
 end SimulationResult;
 ""
-10.0
-1.0
-1.066186825518677
-1.132373651037354
--16.62186333614765
-101.410209263579
-66.9871751864532
--1.132373651037354
+
+
+
+
+
+
+
+

Equation mismatch: omc-diff says:
Failed 't' 'f'
Line 3: Text differs:
expected: true
got:      false

== 1 out of 1 tests failed [openmodelica/cppruntime/fmu/modelExchange/2.0/testDrumBoiler.mos_temp3764, time: 0]