c:isInitial ED:$ed C:initial c:i2 c:i1 ED:$ed c:i3 c:o1 C:constrain c:refine c:given c:sought C:Uncertainty C:IntegerType c:v1 c:c c:v2 C:Correlation C:BooleanType $bnd:"" M:$mod c:quantity $bnd:false M:$mod c:fixed $bnd:false M:$mod c:start $bnd:"undefined" M:$mod c:startOrigin C:Boolean c:error c:warning C:AssertionLevel c:node ED:$ed $bnd:0 M:$mod c:priority C:potentialRoot c:node1 ED:$ed c:node2 C:branch c:isroot ED:$ed c:node C:isRoot c:node ED:$ed C:root C:Connections C:EnumType 0:end $dims:[:] c:paramNames c:name 0:end $dims:[:] c:params C:Distribution TY:EnumToInteger C:ExternalObject $bnd:0.0 M:$mod c:min $bnd:false M:$mod c:fixed c:distribution $bnd:0.0 M:$mod c:max $bnd:0 M:$mod c:start $bnd:"" M:$mod c:quantity r:Uncertainty.given $bnd:Uncertainty.given M:$mod c:uncertain $bnd:"undefined" M:$mod c:startOrigin C:Integer $bnd:"" M:$mod c:start $bnd:"" M:$mod c:quantity $bnd:"undefined" M:$mod c:startOrigin C:String c:y c:x r:y r:x r:z ED:$ed c:z C:intDiv C:BuiltinType c:numBit ED:$ed C:numBits c:max ED:$ed C:integerMax C:Architecture c:o r:o r:v ED:$ed c:v C:intAbs c:o r:o r:v ED:$ed c:v C:realAbs c:y c:x r:y r:x r:z ED:$ed c:z C:intMod c:y c:x r:x r:div r:z r:y ALG:$al c:z C:intRem c:y c:x r:y r:x r:z ED:$ed c:z C:realMod c:y c:x r:y r:x r:z ED:$ed c:z C:realDiv c:y c:x r:x r:div r:z r:y ALG:$al c:z C:realRem C:Internal C:TypeName C:Expression C:VariableName C:VariableNames C:$Code C:'1.4.3' C:'1.3.1' C:'1.1' C:'1.0' C:'1.2' C:'1.4.1' C:'1.4.0' C:'1.4.2' C:'1.6.0' C:'1.4.5' C:'1.4.4' C:'1.5.0' C:'1.8.0' C:'1.7.0' C:'1.9.0' C:'1.8.1' C:trunk C:ReleaseNotes C:UsersGuide c:fileName $bnd:"UTF-8" M:$mod c:encoding ED:$ed c:success C:loadFile c:compiler ED:$ed C:getCompiler c:success ED:$ed C:clearVariables $bnd:"" M:$mod c:newWorkingDirectory ED:$ed c:workingDirectory C:cd $bnd:9 M:$mod c:RT_CLOCK_SIMULATE_SIMULATION $bnd:11 M:$mod c:RT_CLOCK_EXECSTAT_MAIN $bnd:10 M:$mod c:RT_CLOCK_BUILD_MODEL $bnd:14 M:$mod c:RT_CLOCK_BACKEND $bnd:12 M:$mod c:RT_CLOCK_EXECSTAT_BACKEND_MODULES $bnd:16 M:$mod c:RT_CLOCK_LINEARIZE $bnd:13 M:$mod c:RT_CLOCK_FRONTEND $bnd:15 M:$mod c:RT_CLOCK_SIMCODE $bnd:19 M:$mod c:RT_CLOCK_USER_RESERVED $bnd:17 M:$mod c:RT_CLOCK_TEMPLATES $bnd:8 M:$mod c:RT_CLOCK_SIMULATE_TOTAL $bnd:18 M:$mod c:RT_CLOCK_UNCERTAINTIES c:index ED:$ed C:timerTick c:min c:hr r:mod r:integer r:div r:String r:hr r:min r:str r:sec r:tmp ALG:$al c:str c:sec c:tmp C:readableTime c:index ED:$ed C:timerClear c:elapsed ED:$ed c:index C:timerTock C:Time c:NoFile c:Directory c:RegularFile c:SpecialFile C:FileType c:fileType r:fileType r:name ED:$ed c:name C:stat C:Internal c:kind c:info c:id c:message c:level C:ErrorMessage c:symbolic c:runtime c:grammar c:scripting c:syntax c:translation C:ErrorKind c:OPENMODELICAHOME c:MODELICAUSERCFLAGS c:C_COMPILER c:CREATE_FILE_WORKS c:CONFIGURE_CMDLINE c:C_COMPILER_VERSION c:C_COMPILER_RESPONDING c:HAVE_CORBA c:OMC_PATH c:OMC_FOUND c:OMDEV_PATH c:REMOVE_FILE_WORKS c:OS c:OPENMODELICALIBRARY c:SYSTEM_PATH c:SYSTEM_INFO c:SENDDATALIBS c:WORKING_DIRECTORY C:CheckSettingsResult c:notification c:error c:warning C:ErrorLevel c:MetaModelicaInterface c:Absyn c:Internal c:SCode C:ExportKind ED:$ed C:GC_gcollect_and_unmap c:previousSeconds ED:$ed c:seconds C:alarm c:filename c:columnStart c:columnEnd c:lineStart c:lineEnd c:readonly C:SourceInfo c:dgesv c:lpsolve55 C:LinearSystemSolver c:stdin c:stderr c:stdout C:StandardStream c:bool c:annotate ED:$ed c:class_ C:addClassAnnotation $bnd:"<default>" M:$mod c:method $bnd:"<default>" M:$mod c:cflags 0:2 $dims:[2] c:buildModelResults ED:$ed $bnd:"<default>" M:$mod c:fileNamePrefix c:className $bnd:false M:$mod c:measureTime $bnd:"<default>" M:$mod c:startTime $bnd:"<default>" M:$mod c:options $bnd:500 M:$mod c:numberOfIntervals $bnd:"mat" M:$mod c:outputFormat $bnd:"<default>" M:$mod c:simflags $bnd:1e-006 M:$mod c:tolerance $bnd:1.0 M:$mod c:stopTime $bnd:".*" M:$mod c:variableFilter C:buildModel $bnd:false M:$mod c:logX $bnd:"linear" M:$mod c:interpolation $bnd:"<default>" M:$mod c:fileName $bnd:true M:$mod c:grid $bnd:true M:$mod c:legend $bnd:"Plot by OpenModelica" M:$mod c:title $bnd:false M:$mod c:points $bnd:false M:$mod c:logY c:success $bnd:{0.0,0.0} M:$mod 0:2 $dims:[2] c:xRange $bnd:"time" M:$mod c:xLabel $bnd:"" M:$mod c:yLabel $bnd:{0.0,0.0} M:$mod 0:2 $dims:[2] c:yRange C:basePlotFunction c:value c:result r:setEnvironmentVar r:result r:getEnvironmentVar r:var r:value ALG:$al c:var C:appendEnvironmentVar c:basename ED:$ed c:path C:basename c:pythonTemplateFile c:className ED:$ed c:outPythonScript $bnd:false M:$mod c:showFlatModelica C:buildOpenTURNSInterface c:success ED:$ed C:clear c:result ED:$ed C:checkSettings c:className ED:$ed c:result C:checkModel c:className $bnd:false M:$mod c:checkProtected ED:$ed c:result C:checkAllModelsRecursive c:reffilename c:filename ED:$ed 0:end $dims:[:] c:result C:checkTaskGraph c:className c:annotationName ED:$ed c:exists C:classAnnotationExists c:success ED:$ed C:clearDebugFlags c:success ED:$ed C:clearCommandLineOptions c:success ED:$ed C:clearProgram c:success ED:$ed C:clearMessages c:filename $bnd:"" M:$mod c:directory ED:$ed $bnd:".c" M:$mod c:suffix c:success C:generateSeparateCodeDependenciesMakefile c:dirName r:dirName r:Internal.stat r:Internal.FileType.Directory r:exists ALG:$al c:exists C:directoryExists c:s2 c:offset2 c:offset1 ED:$ed c:s1 c:scaleFactor2 c:scaleFactor1 c:unitsCompatible C:convertUnits c:oldFile c:newFile ED:$ed c:success C:compareFilesAndMove c:className ED:$ed c:string C:codeToString c:success ED:$ed C:closeSimulationResultFile c:logfilename $bnd:0.0001 M:$mod c:absTol ED:$ed c:filename $bnd:0.01 M:$mod c:relTol c:reffilename r:fill $bnd:fill("", 0) M:$mod 0:end $dims:[:] c:vars 0:end $dims:[:] c:result C:compareSimulationResults c:fileName ED:$ed c:success C:deleteFile c:numMessages c:numErrors ED:$ed c:numWarnings C:countMessages $bnd:0.001 M:$mod c:relTol c:expectedFile c:actualFile ED:$ed c:diffPrefix $bnd:0.002 M:$mod c:rangeDelta $bnd:false M:$mod c:keepEqualResults c:success $bnd:0.0001 M:$mod c:relTolDiffMinMax 0:end $dims:[:] c:resultFiles r:fill $bnd:fill("", 0) M:$mod 0:end $dims:[:] c:vars C:diffSimulationResults $bnd:0.001 M:$mod c:relTol c:expectedFile c:actualFile ED:$ed $bnd:0.002 M:$mod c:rangeDelta c:html $bnd:0.0001 M:$mod c:relTolDiffMinMax c:var C:diffSimulationResultsHtml c:className ED:$ed c:success C:generateCode c:newEcho ED:$ed c:setEcho C:echo c:className $bnd:false M:$mod c:addOriginalIncidenceMatrix $bnd:false M:$mod c:addMathMLCode ED:$ed $bnd:false M:$mod c:addSolvingInfo c:success $bnd:"<default>" M:$mod c:fileNamePrefix $bnd:false M:$mod c:dumpResiduals $bnd:"" M:$mod c:rewriteRulesFile $bnd:"flat" M:$mod c:translationLevel c:xmlfileName C:dumpXMLDAE c:dirname ED:$ed c:path C:dirname c:status ED:$ed C:exit c:inStr r:outStr r:inStr r:stringReplace ALG:$al c:outStr C:escapeXML c:className c:baseClassName ED:$ed c:res C:extendsFrom $bnd:false M:$mod c:cleanCache c:className ED:$ed c:success C:generateSeparateCode c:fileName ED:$ed c:success C:generateHeader c:fileName c:entryPoint ED:$ed $bnd:"https://trac.openmodelica.org/OpenModelica/newticket" M:$mod c:url C:generateEntryPoint 0:end $dims:[:] c:dependencies ED:$ed $bnd:".c" M:$mod c:stampSuffix C:generateSeparateCodeDependencies c:outString ED:$ed C:getCFlags $bnd:"<interactive>" M:$mod c:fileName ED:$ed c:result C:getAstAsCorbaString c:class_ ED:$ed c:count C:getAlgorithmItemsCount c:class_ ED:$ed c:count C:getAlgorithmCount c:annotationVersion ED:$ed C:getAnnotationVersion c:class_ ED:$ed c:count C:getAnnotationCount 0:end $dims:[:] c:allChoices ED:$ed 0:end $dims:[:] c:allComments C:getAvailableMatchingAlgorithms 0:end $dims:[:] c:allChoices ED:$ed 0:end $dims:[:] c:allComments C:getAvailableIndexReductionMethods 0:end $dims:[:] c:libraries ED:$ed C:getAvailableLibraries 0:end $dims:[:] c:allChoices ED:$ed 0:end $dims:[:] c:allComments C:getAvailableTearingMethods c:className c:annotationName ED:$ed c:value C:getBooleanClassAnnotation c:classesInModelicaPath ED:$ed C:getClassesInModelicaPath c:cl ED:$ed c:comment C:getClassComment c:compiler ED:$ed C:getCXXCompiler $bnd:false M:$mod c:qualified 0:end $dims:[:] c:classNames $bnd:false M:$mod c:builtin ED:$ed $bnd:$Code(AllLoadedClasses) M:$mod c:class_ $bnd:false M:$mod c:showProtected $bnd:false M:$mod c:recursive $bnd:false M:$mod c:sort C:getClassNames c:compileCommand ED:$ed C:getCompileCommand c:settings r:getTempDirectoryPath r:getInstallationDirectoryPath r:getCompileCommand r:getModelicaPath r:settings ALG:$al C:getSettings c:linkerFlags ED:$ed C:getLinkerFlags c:class_ ED:$ed c:count C:getInitialAlgorithmCount c:class_ ED:$ed c:count C:getEquationCount c:cl ED:$ed 0:2 $dims:[2] c:out C:getDocumentationAnnotation c:className ED:$ed 0:end $dims:[:] c:modifierNames C:getDerivedClassModifierNames c:defdevid ED:$ed C:getDefaultOpenCLDevice c:modifierName c:className ED:$ed c:modifierValue C:getDerivedClassModifierValue c:value ED:$ed c:var C:getEnvironmentVar c:errorString ED:$ed $bnd:false M:$mod c:warningsAsErrors C:getErrorString c:class_ ED:$ed c:count C:getEquationItemsCount c:selected ED:$ed C:getIndexReductionMethod c:class_ ED:$ed c:count C:getImportCount c:installationDirectoryPath ED:$ed C:getInstallationDirectoryPath c:class_ ED:$ed c:count C:getInitialEquationCount c:class_ ED:$ed c:count C:getInitialAlgorithmItemsCount c:class_ ED:$ed c:count C:getInitialEquationItemsCount c:linker ED:$ed C:getLinker c:outVersion ED:$ed C:getLanguageStandard c:index c:class_ ED:$ed c:result C:getNthAlgorithmItem c:modelicaPath ED:$ed C:getModelicaPath c:messagesString r:messagesString ED:$ed C:getMessagesString c:selected ED:$ed C:getMatchingAlgorithm 0:end 1:2 $dims:[:,2] c:libraries ED:$ed C:getLoadedLibraries $bnd:"MiB" M:unit M:$mod c:memory ED:$ed C:getMemorySize 0:end $dims:[:] c:messagesString ED:$ed $bnd:true M:$mod c:unique C:getMessagesStringInternal c:index c:class_ ED:$ed c:result C:getNthAlgorithm c:noSimplify ED:$ed C:getNoSimplify c:index c:class_ ED:$ed c:result C:getNthInitialAlgorithm c:index c:class_ ED:$ed c:result C:getNthEquation c:index c:class_ ED:$ed c:result C:getNthAnnotationString c:index c:class_ ED:$ed c:result C:getNthEquationItem c:index c:class_ ED:$ed 0:3 $dims:[3] c:out C:getNthImport c:orderConnections ED:$ed C:getOrderConnections c:index c:class_ ED:$ed c:result C:getNthInitialEquation c:index c:class_ ED:$ed c:result C:getNthInitialAlgorithmItem c:index c:class_ ED:$ed c:result C:getNthInitialEquationItem 0:end $dims:[:] c:classNames ED:$ed $bnd:$Code(AllLoadedClasses) M:$mod c:class_ C:getPackages c:plotSilent ED:$ed C:getPlotSilent c:className ED:$ed c:result C:instantiateModel $bnd:$Code(OpenModelica) M:$mod c:cl ED:$ed c:version C:getVersion c:tempDirectoryPath ED:$ed C:getTempDirectoryPath c:class_ ED:$ed c:filename C:getSourceFile c:show ED:$ed C:getShowAnnotations c:name $bnd:1.0 M:$mod c:defaultStopTime $bnd:500 M:$mod c:defaultNumberOfIntervals $bnd:0.0 M:$mod c:defaultInterval ED:$ed $bnd:0.0 M:$mod c:defaultStartTime $bnd:1e-006 M:$mod c:defaultTolerance c:interval c:startTime c:numberOfIntervals c:stopTime c:tolerance C:getSimulationOptions c:selected ED:$ed C:getTearingMethod c:pack ED:$ed 0:end 1:end $dims:[:,:] c:uses C:getUses c:timeStamp c:cl ED:$ed c:timeStampAsString C:getTimeStamp c:vectorizationLimit ED:$ed C:getVectorizationLimit $bnd:false M:$mod c:fullPath $bnd:false M:$mod c:debugLogging ED:$ed c:filename $bnd:3 M:$mod c:loglevel $bnd:true M:$mod c:generateOutputConnectors $bnd:true M:$mod c:generateInputConnectors c:generatedFileName $bnd:"<default>" M:$mod c:workdir C:importFMU c:helpText ED:$ed $bnd:"topics" M:$mod c:topic C:help c:string c:from ED:$ed c:result $bnd:"UTF-8" M:$mod c:to C:iconv c:success c:filename ED:$ed $bnd:"<default>" M:$mod c:workdir C:importFMUOld c:b ED:$ed c:cl C:isOperatorRecord c:b ED:$ed c:cl C:isOperator c:b ED:$ed c:cl C:isModel c:name ED:$ed c:res C:isExperiment c:b ED:$ed c:cl C:isOperatorFunction c:class_ ED:$ed c:isShortCls C:isShortDefinition c:b ED:$ed c:cl C:isPartial c:b ED:$ed c:cl C:isPackage c:c2 c:b ED:$ed c:cl C:isProtectedClass c:contents $bnd:$Code(AllLoadedClasses) M:$mod c:class_ ED:$ed $bnd:false M:$mod c:interfaceOnly r:ExportKind.Absyn $bnd:ExportKind.Absyn M:$mod c:exportKind $bnd:false M:$mod c:shortOnly C:list $bnd:"<default>" M:$mod c:startTime $bnd:"<default>" M:$mod c:method $bnd:"<default>" M:$mod c:fileNamePrefix $bnd:"<default>" M:$mod c:cflags ED:$ed c:className $bnd:false M:$mod c:measureTime c:linearizationResult $bnd:500 M:$mod c:numberOfIntervals $bnd:false M:$mod c:noClean $bnd:"mat" M:$mod c:outputFormat $bnd:"<default>" M:$mod c:options $bnd:"<default>" M:$mod c:simflags $bnd:1.0 M:$mod c:stopTime $bnd:0.002 M:$mod c:stepSize $bnd:1e-006 M:$mod c:tolerance $bnd:false M:$mod c:storeInTemp $bnd:".*" M:$mod c:variableFilter C:linearize 0:end $dims:[:] c:variables ED:$ed C:listVariables c:compiler ED:$ed c:success C:setCXXCompiler $bnd:"<interactive>" M:$mod c:filename c:data ED:$ed 0:end $dims:[:] c:names C:parseString $bnd:"UTF-8" M:$mod c:encoding c:data ED:$ed $bnd:"<interactive>" M:$mod c:filename c:success C:loadString c:filename $bnd:"UTF-8" M:$mod c:encoding ED:$ed 0:end $dims:[:] c:names C:loadFileInteractiveQualified c:filename $bnd:"UTF-8" M:$mod c:encoding ED:$ed 0:end $dims:[:] c:names C:loadFileInteractive $bnd:false M:$mod c:notify c:className ED:$ed $bnd:"" M:$mod c:languageStandard $bnd:{"default"} M:$mod 0:end $dims:[:] c:priorityVersion c:success C:loadModel 0:end $dims:[:] c:fileNames $bnd:"UTF-8" M:$mod c:encoding ED:$ed r:OpenModelica.Scripting.numProcessors $bnd:OpenModelica.Scripting.numProcessors() M:$mod c:numThreads c:success C:loadFiles c:status c:m3d r:loadModel r:ModelicaServices r:Modelica FI:file FS:$for r:getInstallationDirectoryPath r:file r:loadFile r:status r:m3d r:min r:version ALG:$al $bnd:"3.2.1" M:$mod c:version C:loadModelica3D c:direction c:className c:result C:moveClass c:newDirectory ED:$ed c:success C:mkdir $bnd:"<default>" M:$mod c:startTime r:DAE.SCONST $bnd:DAE.SCONST("optimization") M:$mod c:method $bnd:"<default>" M:$mod c:fileNamePrefix $bnd:"<default>" M:$mod c:cflags ED:$ed c:className $bnd:false M:$mod c:measureTime $bnd:"<default>" M:$mod c:options $bnd:500 M:$mod c:numberOfIntervals $bnd:false M:$mod c:noClean c:optimizationResults $bnd:"mat" M:$mod c:outputFormat $bnd:"<default>" M:$mod c:simflags $bnd:1.0 M:$mod c:stopTime $bnd:0.002 M:$mod c:stepSize $bnd:1e-006 M:$mod c:tolerance $bnd:false M:$mod c:storeInTemp $bnd:".*" M:$mod c:variableFilter C:optimize c:result ED:$ed C:numProcessors c:filename $bnd:"UTF-8" M:$mod c:encoding ED:$ed 0:end $dims:[:] c:names C:parseFile c:name $bnd:"UTF-8" M:$mod c:encoding ED:$ed c:success C:reloadClass $bnd:0 M:$mod c:size c:filename ED:$ed 0:end 1:end $dims:[:,:] c:result c:variables C:readSimulationResult c:contents ED:$ed c:fileName C:readFile $bnd:false M:$mod c:logX $bnd:"<default>" M:$mod c:fileName $bnd:1.0 M:$mod c:curveWidth $bnd:1 M:$mod c:curveStyle ED:$ed $bnd:false M:$mod c:externalWindow $bnd:true M:$mod c:grid $bnd:"top" M:$mod c:legendPosition $bnd:{0.0,0.0} M:$mod 0:2 $dims:[2] c:xRange $bnd:"" M:$mod c:title 0:end $dims:[:] c:result $bnd:false M:$mod c:logY c:success $bnd:"time" M:$mod c:xLabel $bnd:"" M:$mod c:yLabel $bnd:{0.0,0.0} M:$mod 0:2 $dims:[2] c:yRange C:plotAll $bnd:"" M:$mod c:title $bnd:true M:$mod c:grid $bnd:false M:$mod c:externalWindow $bnd:1 M:$mod c:curveStyle ED:$ed $bnd:1.0 M:$mod c:curveWidth $bnd:"<default>" M:$mod c:fileName $bnd:false M:$mod c:logX $bnd:"top" M:$mod c:legendPosition 0:end $dims:[:] c:result $bnd:false M:$mod c:logY c:success $bnd:"time" M:$mod c:xLabel c:vars $bnd:"" M:$mod c:yLabel $bnd:{0.0,0.0} M:$mod 0:2 $dims:[2] c:xRange $bnd:{0.0,0.0} M:$mod 0:2 $dims:[2] c:yRange C:plot $bnd:"" M:$mod c:title $bnd:"<default>" M:$mod c:fileName $bnd:1.0 M:$mod c:curveWidth $bnd:1 M:$mod c:curveStyle ED:$ed $bnd:false M:$mod c:externalWindow $bnd:false M:$mod c:logX $bnd:true M:$mod c:grid $bnd:"top" M:$mod c:legendPosition 0:end $dims:[:] c:result $bnd:false M:$mod c:logY c:success c:xVariable $bnd:"time" M:$mod c:xLabel $bnd:{0.0,0.0} M:$mod 0:2 $dims:[2] c:xRange $bnd:{0.0,0.0} M:$mod 0:2 $dims:[2] c:yRange $bnd:"" M:$mod c:yLabel c:yVariable C:plotParametric c:contents ED:$ed c:fileName C:readFileNoNumeric $bnd:1 M:$mod c:maxMatches $bnd:true M:$mod c:extended $bnd:false M:$mod c:caseInsensitive r:maxMatches r:extended r:caseInsensitive r:matchedSubstrings r:re r:numMatches r:str ED:$ed r:maxMatches 0:maxMatches $dims:[maxMatches] c:matchedSubstrings c:re c:numMatches c:str C:regex c:fileName ED:$ed 0:end $dims:[:] c:vars C:readSimulationResultVars c:fileName ED:$ed c:sz C:readSimulationResultSize c:fullName r:fullName r:name ED:$ed c:name C:realpath c:exists r:exists r:Internal.stat r:Internal.FileType.RegularFile r:fileName ALG:$al c:fileName C:regularFileExists c:matches $bnd:false M:$mod c:caseInsensitive r:numMatches r:extended r:caseInsensitive r:matches r:regex r:re r:str ALG:$al $bnd:true M:$mod c:extended c:re c:numMatches c:str C:regexBool c:fileName ED:$ed c:success C:saveAll c:logOutputFile ED:$ed c:pythonScriptFile C:runOpenTURNSPythonScript c:newDirectory ED:$ed c:success C:remove c:filename c:_stream ED:$ed c:success C:reopenStandardStream 0:end $dims:[:] c:scripts r:numProcessors $bnd:numProcessors() M:$mod c:numThreads ED:$ed 0:end $dims:[:] c:results $bnd:false M:$mod c:useThreads C:runScriptParallel c:fileName ED:$ed c:result C:runScript c:className ED:$ed c:success C:save c:fileName c:className ED:$ed c:success C:saveTotalSCode c:fileName c:className ED:$ed c:success C:saveTotalModel c:fileName c:className ED:$ed c:success C:saveModel c:annotationVersion r:setCommandLineOptions r:annotationVersion r:success ALG:$al c:success C:setAnnotationVersion $bnd:false M:$mod c:findInText 0:end $dims:[:] c:classNames ED:$ed c:searchText C:searchClassNames c:inString ED:$ed c:success C:setCFlags c:modules r:setCommandLineOptions r:modules r:success ALG:$al c:success C:setPreOptModules c:linker ED:$ed c:success C:setLinker c:compilerPath ED:$ed c:success C:setCompilerPath c:option ED:$ed c:success C:setCommandLineOptions c:matchingAlgorithm r:setCommandLineOptions r:String r:matchingAlgorithm r:success ALG:$al c:success C:setCheapMatchingAlgorithm c:filename c:class_ ED:$ed c:success C:setClassComment c:compiler ED:$ed c:success C:setCompiler c:compileCommand ED:$ed c:success C:setCompileCommand c:compilerFlags ED:$ed c:success C:setCompilerFlags c:value c:success ED:$ed c:var C:setEnvironmentVar c:defdevid r:setCommandLineOptions r:String r:defdevid r:success ALG:$al c:success C:setDefaultOpenCLDevice c:debugFlags r:setCommandLineOptions r:debugFlags r:success ALG:$al c:success C:setDebugFlags $bnd:"" M:$mod c:info c:bool ED:$ed c:class_ $bnd:"" M:$mod c:revisions C:setDocumentationAnnotation c:installationDirectoryPath ED:$ed c:success C:setInstallationDirectoryPath c:method r:setCommandLineOptions r:method r:success ALG:$al c:success C:setIndexReductionMethod c:startValue c:fileName c:command r:regularFileExists r:fileName r:checkSettings r:command r:getInstallationDirectoryPath r:outputFile r:startValue r:settings.OS r:settings r:variableName r:success r:system r:xsltproc ALG:$al c:outputFile c:settings c:variableName $bnd:false M:$mod c:success c:xsltproc C:setInitXmlStartValue c:inVersion r:setCommandLineOptions r:inVersion r:success ALG:$al c:success C:setLanguageStandard c:modelicaPath ED:$ed c:success C:setModelicaPath c:matchingAlgorithm r:setCommandLineOptions r:matchingAlgorithm r:success ALG:$al c:success C:setMatchingAlgorithm c:linkerFlags ED:$ed c:success C:setLinkerFlags c:plotCommand ED:$ed c:success C:setPlotCommand c:noSimplify ED:$ed c:success C:setNoSimplify c:orderConnections r:setCommandLineOptions r:String r:orderConnections r:success ALG:$al c:success C:setOrderConnections c:modules r:setCommandLineOptions r:modules r:success ALG:$al c:success C:setPostOptModules c:silent r:setCommandLineOptions r:String r:success r:silent ALG:$al c:success C:setPlotSilent $bnd:"" M:$mod c:outputFile c:callStr ED:$ed c:retval C:system c:success ED:$ed c:tempDirectoryPath C:setTempDirectoryPath c:filename c:class_ ED:$ed c:success C:setSourceFile c:show ED:$ed c:success C:setShowAnnotations c:success r:success r:setCommandLineOptions r:tearingMethod ALG:$al c:tearingMethod C:setTearingMethod c:message ED:$ed C:strictRMLCheck $bnd:"<default>" M:$mod c:method $bnd:"<default>" M:$mod c:fileNamePrefix $bnd:"<default>" M:$mod c:cflags ED:$ed c:className $bnd:false M:$mod c:measureTime $bnd:"<default>" M:$mod c:startTime $bnd:"<default>" M:$mod c:options $bnd:500 M:$mod c:numberOfIntervals $bnd:"<default>" M:$mod c:simflags $bnd:"mat" M:$mod c:outputFormat c:simulationResults $bnd:1e-006 M:$mod c:tolerance $bnd:1.0 M:$mod c:stopTime $bnd:".*" M:$mod c:variableFilter C:simulate c:success r:setCommandLineOptions r:String r:success r:vectorizationLimit ALG:$al c:vectorizationLimit C:setVectorizationLimit r:size r:B 0:size(B, 1) $dims:[size(B, 1)] c:X r:size r:B 0:size(B, 1) r:size r:B 1:size(B, 1) $dims:[size(B, 1),size(B, 1)] c:A ED:$ed 0:end $dims:[:] c:B $bnd:{-1} M:$mod 0:end $dims:[:] c:isInt c:info r:LinearSystemSolver.dgesv $bnd:LinearSystemSolver.dgesv M:$mod c:solver C:solveLinearSystem 0:end $dims:[:] c:strings c:string ED:$ed c:token C:strtok c:str c:res ED:$ed c:source c:target C:stringReplace c:result ED:$ed c:variableName C:typeOf c:className ED:$ed c:result C:translateGraphics c:i c:fixed r:matches r:i r:fixed r:regex r:path ALG:$al c:path 0:4 $dims:[4] c:matches C:testsuiteFriendlyName r:numProcessors $bnd:numProcessors() M:$mod c:numThreads 0:end $dims:[:] c:callStr ED:$ed 0:end $dims:[:] c:retval C:system_parallel ED:$ed C:threadWorkFailed c:cl ED:$ed c:out C:typeNameString c:cl ED:$ed 0:end $dims:[:] c:out C:typeNameStrings c:compilerWorks ED:$ed C:verifyCompiler $bnd:"" M:$mod c:message $bnd:false M:$mod c:isMatch c:isFileUri $bnd:"" M:$mod c:filename r:isUri r:getLoadedLibraries r:directoryExists FI:lib FI:i FS:$for r:filename r:isFileUriAbsolute r:isFileUri r:i r:isModelicaUri r:isMatch r:numMatches r:matches r:libraries r:message r:matches2 r:regexBool r:realpath r:path r:regex r:uri r:regularFileExists ALG:$al c:isFileUriAbsolute 0:end 1:2 $dims:[:,2] c:libraries c:isUri c:isModelicaUri 0:end $dims:[:] c:matches 0:end $dims:[:] c:matches2 c:path c:numMatches c:str c:schema c:uri C:uriToFilename c:time $bnd:"<default>" M:$mod c:fileName ED:$ed c:var c:valAtTime C:val c:data $bnd:false M:$mod c:append ED:$ed c:fileName c:success C:writeFile $bnd:false M:$mod c:externalWindow c:className ED:$ed $bnd:"<default>" M:$mod c:fileName c:success C:visualize C:Scripting C:ThreadData ED:$ed c:threadData C:threadData C:OpenModelica E:$ext[Modelica.Icons.Package] $bnd:1e-015 M:$mod c:eps E:$ext[Modelica.Icons.Package] r:OpenModelica.Internal.Architecture.integerMax $bnd:OpenModelica.Internal.Architecture.integerMax() M:$mod c:Integer_inf $bnd:1e-060 M:$mod c:small $bnd:9.999999999999999e+059 M:$mod c:inf C:Machine C:ModelicaServices c:dp_nominal CC:$cc D:$derived[Modelica.Fluid.Pipes.BaseClasses.WallFriction.Detailed] rpC:WallFriction $bnd:4000 M:Re_turbulent M:$mod E:$ext[Modelica.Fluid.Pipes.BaseClasses.FlowModels.PartialStaggeredFlowModel] r:from_dp r:allowFlowReversal r:WallFriction.dp_is_zero r:.AssertionLevel.error FI:i FS:$for r:Res_turbulent_internal r:WallFriction.massFlowRate_dp_staticHead r:WallFriction.massFlowRate_dp r:WallFriction.pressureLoss_m_flow r:WallFriction.pressureLoss_m_flow_staticHead r:diameters r:dheights r:continuousFlowReversal r:dp_small r:dp_nominal r:dps_fg r:n r:i r:homotopy r:g r:m_flows r:m_flow_small r:m_flow_nominal r:mus_act r:mus r:rho_nominal r:pathLengths_internal r:nParallel r:rhos_act r:rhos r:roughnesses EQ:$eq r:n r:Re_turbulent r:ones $bnd:Re_turbulent * ones(n - 1) M:$mod r:n 0:n - 1 $dims:[n - 1] c:Res_turbulent_internal r:m_flow_small r:dp_small r:dp_fric_nominal r:m_flow_nominal r:system.use_eps_Re r:system.dp_small EQ:$ieq r:constantPressureLossCoefficient r:allowFlowReversal r:useUpstreamScheme $bnd:not useUpstreamScheme or constantPressureLossCoefficient or not allowFlowReversal M:$mod c:continuousFlowReversal r:use_mu_nominal r:WallFriction.use_mu r:use_rho_nominal $bnd:use_rho_nominal and (use_mu_nominal or not WallFriction.use_mu) M:$mod c:constantPressureLossCoefficient r:dimensions r:n $bnd:0.5 * (dimensions[1:n - 1] + dimensions[2:n]) M:$mod r:n 0:n - 1 $dims:[n - 1] c:diameters r:nParallel r:m_flow_nominal r:WallFriction.pressureLoss_m_flow r:Res_turbulent_internal r:diameters r:mu_nominal r:m_flow_small r:n r:rho_nominal r:pathLengths_internal r:sum r:roughnesses $bnd:sum(WallFriction.pressureLoss_m_flow(m_flow_nominal / nParallel, rho_nominal, rho_nominal, mu_nominal, mu_nominal, pathLengths_internal, diameters, (roughnesses[1:n - 1] + roughnesses[2:n]) / 2, m_flow_small / nParallel, Res_turbulent_internal)) M:$mod c:dp_fric_nominal r:momentumDynamics r:Types.Dynamics.SteadyStateInitial $bnd:momentumDynamics >= Types.Dynamics.SteadyStateInitial M:$mod c:from_dp $bnd:1 M:start $bnd:false M:fixed M:$mod c:dp_small r:system.eps_m_flow r:m_flow_nominal r:system.use_eps_Re r:system.m_flow_small $bnd:if system.use_eps_Re then system.eps_m_flow * m_flow_nominal else system.m_flow_small M:$mod c:m_flow_small c:m_flow_nominal r:n 0:n - 1 $dims:[n - 1] c:pathLengths_internal C:PartialGenericPipeFlow E:$ext[Modelica.Icons.Package] $bnd:1 M:start $bnd:false M:fixed M:dp_nominal D:$derived[Modelica.Fluid.Pipes.BaseClasses.WallFriction.Detailed] rdC:WallFriction M:WallFriction r:n r:Re_turbulent r:ones $bnd:Re_turbulent * ones(n - 1) M:Res_turbulent_internal r:pathLengths $bnd:pathLengths M:pathLengths_internal r:system.m_flow_nominal r:m_flow_small r:system.use_eps_Re $bnd:if system.use_eps_Re then system.m_flow_nominal else 100.0 * m_flow_small M:m_flow_nominal M:$mod E:$ext[Modelica.Fluid.Pipes.BaseClasses.FlowModels.PartialGenericPipeFlow] r:dp_nominal r:dp_fric_nominal r:dheights r:sum r:g r:dp_small r:rho_nominal r:system.use_eps_Re EQ:$ieq C:DetailedPipeFlow $bnd:2 M:$mod c:n r:n 0:n $dims:[n] c:dimensions r:system.allowFlowReversal $bnd:system.allowFlowReversal M:$mod c:allowFlowReversal D:$derived[Modelica.Media.Interfaces.PartialMedium] rpC:Medium r:n $bnd:n - 1 M:m M:$mod E:$ext[Modelica.Fluid.Interfaces.PartialDistributedFlow] r:n r:allowFlowReversal r:Ib_flows r:Fs_fg FI:i FS:$for r:Fs_p r:Medium.pressure r:i r:crossAreas r:dps_fg r:mus r:m_flows r:mus_act r:rhos_act r:noEvent r:nParallel r:rhos r:use_Ib_flows r:useUpstreamScheme r:states r:vs r:zeros EQ:$eq $bnd:4000 M:$mod c:Re_turbulent r:n 0:n $dims:[n] r:show_Res $cnd:show_Res r:rhos r:dimensions r:Modelica.Fluid.Pipes.BaseClasses.CharacteristicNumbers.ReynoldsNumber r:mus r:vs $bnd:Modelica.Fluid.Pipes.BaseClasses.CharacteristicNumbers.ReynoldsNumber(vs, rhos, mus, dimensions) M:$mod c:Res r:n 0:n $dims:[n] c:crossAreas r:n 0:n - 1 $dims:[n - 1] c:dheights r:system.m_flow_start $bnd:system.m_flow_start M:$mod c:m_flow_start r:system.g $bnd:system.g M:$mod c:g r:p_a_start r:n r:p_b_start $bnd:(p_a_start - p_b_start) / (n - 1) M:start M:$mod r:n 0:n - 1 $dims:[n - 1] c:dps_fg r:mu_nominal r:fill r:Medium.dynamicViscosity r:states r:n r:use_mu_nominal $bnd:if use_mu_nominal then fill(mu_nominal, n) else Medium.dynamicViscosity(states) M:$mod r:n 0:n $dims:[n] c:mus r:system.momentumDynamics $bnd:system.momentumDynamics M:$mod c:momentumDynamics r:n 0:n - 1 $dims:[n - 1] r:show_Res $cnd:show_Res r:i r:Modelica.Constants.pi FI:i FS:$for r:dimensions r:Re_turbulent r:n r:mus_act r:nParallel $bnd:array(nParallel * Modelica.Constants.pi / 4 * 0.5 * (dimensions[i] + dimensions[i + 1]) * mus_act[i] * Re_turbulent for i in 1:n - 1) M:$mod c:m_flows_turbulent r:Medium.p_default r:Medium.X_default r:Medium.T_default r:Medium.dynamicViscosity r:Medium.setState_pTX $bnd:Medium.dynamicViscosity(Medium.setState_pTX(Medium.p_default, Medium.T_default, Medium.X_default)) M:$mod c:mu_nominal r:n 0:n - 1 $dims:[n - 1] c:mus_act r:n 0:n $dims:[n] c:roughnesses c:p_b_start c:p_a_start c:nParallel r:rho_nominal r:fill r:Medium.density r:n r:use_rho_nominal r:states $bnd:if use_rho_nominal then fill(rho_nominal, n) else Medium.density(states) M:$mod r:n 0:n $dims:[n] c:rhos r:Medium.density_pTX r:Medium.T_default r:Medium.X_default r:Medium.p_default $bnd:Medium.density_pTX(Medium.p_default, Medium.T_default, Medium.X_default) M:$mod c:rho_nominal r:n 0:n - 1 $dims:[n - 1] c:rhos_act $bnd:true M:$mod c:useUpstreamScheme r:n 0:n $dims:[n] c:states $bnd:false M:$mod c:show_Res $bnd:false M:$mod c:use_rho_nominal r:momentumDynamics r:Types.Dynamics.SteadyState $bnd:momentumDynamics <> Types.Dynamics.SteadyState M:$mod c:use_Ib_flows $bnd:false M:$mod c:use_mu_nominal r:n 0:n $dims:[n] c:vs C:PartialStaggeredFlowModel C:FlowModels E:$ext[Modelica.Icons.BasesPackage] c:D E:$ext[Modelica.Icons.Function] r:Nu r:D r:alpha r:lambda ALG:$al c:alpha c:Nu c:lambda C:NusseltNumber E:$ext[Modelica.Icons.Package] c:mu c:D E:$ext[Modelica.Icons.Function] r:abs r:Re r:D r:rho r:mu r:v ALG:$al c:Re c:rho c:v C:ReynoldsNumber C:CharacteristicNumbers c:diameter r:length r:crossArea r:nParallel $bnd:crossArea * length * nParallel M:$mod c:V E:$ext[Modelica.Fluid.Interfaces.PartialTwoPort] r:height_ab r:.AssertionLevel.error r:length EQ:$eq r:Modelica.Constants.pi r:diameter $bnd:Modelica.Constants.pi * diameter * diameter / 4 M:$mod c:crossArea c:length $bnd:true M:$mod c:isCircular $bnd:0 M:$mod c:height_ab r:Modelica.Constants.pi r:diameter $bnd:Modelica.Constants.pi * diameter M:$mod c:perimeter $bnd:1 M:min $bnd:1 M:$mod c:nParallel $bnd:2.5e-005 M:$mod c:roughness C:PartialStraightPipe E:$ext[PartialFlowHeatTransfer] r:Ts r:heatPorts.T EQ:$eq C:IdealFlowHeatTransfer E:$ext[Modelica.Icons.Package] c:nParallel r:n 0:n $dims:[n] c:dimensions E:$ext[Modelica.Fluid.Interfaces.PartialHeatTransfer] r:n 0:n $dims:[n] c:lengths r:n 0:n $dims:[n] c:vs r:n 0:n $dims:[n] c:roughnesses C:PartialFlowHeatTransfer r:n 0:n $dims:[n] c:Nus_lam c:Nu_1 E:$ext[PartialPipeFlowHeatTransfer] r:Xis r:Nus_turb r:Nu_1 r:Modelica.Math.log10 FI:i FS:$for r:Modelica.Media.Air.MoistAir.Utilities.spliceFunction r:Nus_2 r:Nus r:Nus_lam r:Res r:Prs r:i r:abs r:diameters r:n r:lengths r:max r:smooth r:vs EQ:$eq r:n 0:n $dims:[n] c:Nus_2 r:n 0:n $dims:[n] c:Nus_turb r:n 0:n $dims:[n] c:Xis C:LocalPipeFlowHeatTransfer $bnd:100 M:$mod c:alpha0 r:n 0:n $dims:[n] c:Prs E:$ext[PartialFlowHeatTransfer] r:ds r:Medium.thermalConductivity r:CharacteristicNumbers.ReynoldsNumber r:CharacteristicNumbers.NusseltNumber FI:i FS:$for r:Medium.dynamicViscosity r:Medium.density r:Medium.prandtlNumber r:Res r:Prs r:Nus r:Q_flows r:alphas r:Ts r:diameters r:mus r:i r:heatPorts.T r:lambdas r:surfaceAreas r:nParallel r:n r:states r:vs EQ:$eq r:n 0:n $dims:[n] c:Nus r:n 0:n $dims:[n] c:Res r:n 0:n $dims:[n] c:ds r:alpha0 $bnd:alpha0 M:start M:$mod r:n 0:n $dims:[n] c:alphas r:dimensions $bnd:dimensions M:$mod r:n 0:n $dims:[n] c:diameters r:n 0:n $dims:[n] c:mus r:n 0:n $dims:[n] c:lambdas C:PartialPipeFlowHeatTransfer C:HeatTransfer r:modelStructure r:Types.ModelStructure.a_vb r:Types.ModelStructure.a_v_b r:Types.ModelStructure.av_b r:n $bnd:if modelStructure == Types.ModelStructure.a_v_b then n + 1 else if modelStructure == Types.ModelStructure.a_vb or modelStructure == Types.ModelStructure.av_b then n else n - 1 M:$mod c:nFMDistributed r:n 0:n $dims:[n] c:lengths r:n 0:n $dims:[n] c:crossAreas r:.Modelica.Fluid.Types.ModelStructure.av_vb r:.Modelica.Fluid.Types.ModelStructure.av_b r:modelStructure $bnd:modelStructure == .Modelica.Fluid.Types.ModelStructure.av_b or modelStructure == .Modelica.Fluid.Types.ModelStructure.av_vb M:port_a_exposesState r:.Modelica.Fluid.Types.ModelStructure.av_vb r:.Modelica.Fluid.Types.ModelStructure.a_vb r:modelStructure $bnd:modelStructure == .Modelica.Fluid.Types.ModelStructure.a_vb or modelStructure == .Modelica.Fluid.Types.ModelStructure.av_vb M:port_b_exposesState M:$mod E:$ext[Modelica.Fluid.Interfaces.PartialTwoPort] r:nNodes $bnd:nNodes M:n r:lengths r:crossAreas FI:i FS:$for r:i r:n r:nParallel $bnd:array(crossAreas[i] * lengths[i] for i in 1:n) * nParallel M:fluidVolumes M:$mod E:$ext[Modelica.Fluid.Interfaces.PartialDistributedVolume] r:m_flows r:dheightsFM r:.Modelica.Fluid.Types.ModelStructure.av_vb r:.Modelica.Fluid.Types.ModelStructure.a_v_b r:.AssertionLevel.error FI:i FS:$for r:.Modelica.Fluid.Types.ModelStructure.av_b r:.Modelica.Fluid.Types.ModelStructure.a_vb r:cat r:H_flows r:Cs r:Medium.density r:Hb_flows r:Medium.setState_phX r:crossAreasFM r:crossAreas r:dheights r:iLumped r:dimensionsFM r:dimensions r:flowModel.m_flows r:fill r:i r:mC_flows r:lengths r:inStream r:mXi_flows r:port_a.m_flow r:modelStructure r:mediums.Xi r:mbXi_flows r:mbC_flows r:mb_flows r:mediums.p r:mediums.h r:mediums.state r:pathLengths r:nNodes r:n r:nParallel r:port_a.Xi_outflow r:port_a.C_outflow r:port_a.h_outflow r:roughnessesFM r:port_b.Xi_outflow r:port_b.C_outflow r:port_a.p r:port_b.m_flow r:port_b.h_outflow r:roughnesses r:port_b.p r:sum r:state_a r:semiLinear r:state_b r:statesFM r:useLumpedPressure r:useInnerPortProperties r:vsFM r:vs EQ:$eq CC:$cc D:$derived[Modelica.Fluid.Pipes.BaseClasses.FlowModels.DetailedPipeFlow] rpC:FlowModel r:n 0:n + 1 $dims:[n + 1] c:H_flows r:n 0:n $dims:[n] c:dimensions r:zeros r:n $bnd:zeros(n) M:$mod r:n 0:n $dims:[n] c:dheights r:nFM 0:nFM + 1 $dims:[nFM + 1] c:crossAreasFM r:nFM 0:nFM $dims:[nFM] c:dheightsFM r:nFM $bnd:nFM + 1 M:n r:crossAreasFM $bnd:crossAreasFM M:crossAreas r:allowFlowReversal $bnd:allowFlowReversal M:allowFlowReversal D:$derived[Medium] rdC:Medium M:Medium r:m_flow_start $bnd:m_flow_start M:m_flow_start r:dimensionsFM $bnd:dimensionsFM M:dimensions r:dheightsFM $bnd:dheightsFM M:dheights r:system.g $bnd:system.g M:g r:momentumDynamics $bnd:momentumDynamics M:momentumDynamics r:p_b_start $bnd:p_b_start M:p_b_start r:p_a_start $bnd:p_a_start M:p_a_start r:nParallel $bnd:nParallel M:nParallel r:statesFM $bnd:statesFM M:states r:pathLengths $bnd:pathLengths M:pathLengths r:roughnessesFM $bnd:roughnessesFM M:roughnesses r:vsFM $bnd:vsFM M:vs M:$mod c:flowModel r:nFM 0:nFM + 1 $dims:[nFM + 1] c:dimensionsFM r:integer r:n $bnd:integer(n / 2) + 1 M:$mod c:iLumped r:allowFlowReversal r:Modelica.Constants.inf $bnd:if allowFlowReversal then -Modelica.Constants.inf else 0 M:min r:m_flow_start $bnd:m_flow_start M:start M:$mod r:n 0:n + 1 $dims:[n + 1] c:m_flows r:n 0:n + 1 r:Medium.nXi 1:Medium.nXi $dims:[n + 1,Medium.nXi] c:mXi_flows r:n 0:n + 1 r:Medium.nC 1:Medium.nC $dims:[n + 1,Medium.nC] c:mC_flows r:system.m_flow_start $bnd:system.m_flow_start M:$mod c:m_flow_start r:system.momentumDynamics $bnd:system.momentumDynamics M:$mod c:momentumDynamics r:Types.ModelStructure.av_vb $bnd:Types.ModelStructure.av_vb M:$mod c:modelStructure r:nFMLumped r:nFMDistributed r:useLumpedPressure $bnd:if useLumpedPressure then nFMLumped else nFMDistributed M:$mod c:nFM c:state_b $bnd:1 M:min $bnd:1 M:$mod c:nParallel $bnd:1 M:min $bnd:2 M:$mod c:nNodes r:modelStructure r:Types.ModelStructure.a_v_b $bnd:if modelStructure == Types.ModelStructure.a_v_b then 2 else 1 M:$mod c:nFMLumped r:n 0:n $dims:[n] c:roughnesses r:nFM 0:nFM $dims:[nFM] c:pathLengths c:state_a r:nFM 0:nFM + 1 $dims:[nFM + 1] c:roughnessesFM $bnd:false M:$mod c:useInnerPortProperties r:nFM 0:nFM + 1 $dims:[nFM + 1] c:statesFM r:i FI:i FS:$for r:crossAreas r:mediums.d r:m_flows r:n r:nParallel $bnd:array(0.5 * (m_flows[i] + m_flows[i + 1]) / mediums[i].d / crossAreas[i] for i in 1:n) / nParallel M:$mod r:n 0:n $dims:[n] c:vs $bnd:false M:$mod c:useLumpedPressure r:nFM 0:nFM + 1 $dims:[nFM + 1] c:vsFM C:PartialTwoPortFlow r:Delta r:.Modelica.Math.exp r:min r:Re_turbulent $bnd:min((745 * .Modelica.Math.exp(if Delta <= 0.0065 then 1 else 0.0065 / Delta)) ^ 0.97, Re_turbulent) M:$mod c:Re1 r:roughness r:diameter $bnd:roughness / diameter M:$mod c:Delta r:mu r:abs r:Re r:.Modelica.Math.log10 r:Delta r:Re1 r:Re2 r:lambda2 r:dp r:diameter r:interpolateInRegion2 r:length r:m_flow r:rho r:mu_b r:mu_a r:pi r:rho_b r:rho_a r:sqrt ALG:$al c:Re c:mu c:lambda2 r:.Modelica.Math.log $bnd:0.5 / .Modelica.Math.log(10) * 5.74 * 0.9 M:$mod c:aux1 c:Re c:Delta r:dx r:Re r:.Modelica.Math.log10 r:c2 r:Re1 r:c3 r:lambda2 r:lambda2_1 ALG:$al r:Re2 r:aux3 $bnd:0.25 * (Re2 / aux3) ^ 2 M:$mod c:L2 c:Re2 c:Re1 c:Re_turbulent r:L2 r:.Modelica.Math.log10 r:sqrt r:aux4 $bnd:-2 * sqrt(L2) * .Modelica.Math.log10(aux4) M:$mod c:aux5 r:.Modelica.Math.log10 r:aux2 $bnd:.Modelica.Math.log10(aux2) M:$mod c:aux3 r:Delta r:Re2 $bnd:Delta / 3.7 + 5.74 / Re2 ^ 0.9 M:$mod c:aux2 r:L2 r:Delta r:sqrt $bnd:2.51 / sqrt(L2) + 0.27 * Delta M:$mod c:aux4 r:yd1 r:m r:diff_x r:yd2 $bnd:(yd1 + yd2 - 2 * m) / (diff_x * diff_x) M:$mod c:c3 r:yd1 r:m r:diff_x r:yd2 $bnd:(3 * m - 2 * yd1 - yd2) / diff_x M:$mod c:c2 r:x2 r:x1 $bnd:x2 - x1 M:$mod c:diff_x c:dx r:.Modelica.Math.log10 r:Re1 $bnd:.Modelica.Math.log10(Re1) M:$mod c:y1 r:.Modelica.Math.log10 r:Re1 $bnd:.Modelica.Math.log10(64 * Re1) M:$mod c:x1 r:y1 r:diff_x r:y2 $bnd:(y2 - y1) / diff_x M:$mod c:m r:Re1 $bnd:64 * Re1 M:$mod c:lambda2_1 r:.Modelica.Math.log10 r:L2 $bnd:.Modelica.Math.log10(L2) M:$mod c:x2 $bnd:1 M:$mod c:yd1 r:.Modelica.Math.log10 r:aux5 $bnd:.Modelica.Math.log10(aux5) M:$mod c:y2 r:aux4 r:.Modelica.Math.log r:aux5 $bnd:0.5 + 2.51 / .Modelica.Math.log(10) / (aux5 * aux4) M:$mod c:yd2 C:interpolateInRegion2 r:Re_turbulent $bnd:Re_turbulent M:$mod c:Re2 c:lambda2 r:Modelica.Constants.pi $bnd:Modelica.Constants.pi M:$mod c:pi c:rho rdCE:massFlowRate_dp $bnd:true M:use_mu $bnd:true M:use_dp_small $bnd:true M:use_Re_turbulent $bnd:true M:use_m_flow_small $bnd:true M:use_roughness M:$mod E:$ext[PartialWallFriction] c:length c:diameter c:Re1 c:Delta E:$ext[Modelica.Icons.Function] r:diameter r:abs r:Re r:.Modelica.Math.log10 r:.Modelica.Constants.pi r:Delta r:Re1 r:Re2 r:aux2 r:aux1 r:ddp_fric_dm_flow r:mu r:lambda2 r:dp_fric r:dlambda2_dm_flow r:interpolateInRegion2 r:log r:length r:m_flow r:rho r:mu_a r:mu_b r:rho_a r:rho_b ALG:$al c:Re c:aux1 c:Re2 c:ddp_fric_dm_flow c:aux2 c:lambda2 c:Re1 r:Re2 r:aux3 $bnd:0.25 * (Re2 / aux3) ^ 2 M:$mod c:L2 c:Delta r:x1 r:dy_dx r:abs r:Utilities.cubicHermite_withDerivative r:dlambda2_dm_flow r:m_flow r:lambda2 r:x r:y1d r:y r:x2 r:y1 r:y2 r:y2d ALG:$al c:Re r:Delta r:Re2 $bnd:Delta / 3.7 + 5.74 / Re2 ^ 0.9 M:$mod c:aux2 c:Re2 c:dlambda2_dm_flow r:.Modelica.Math.log10 r:aux2 $bnd:.Modelica.Math.log10(aux2) M:$mod c:aux3 c:dy_dx r:.Modelica.Math.log10 r:Re1 $bnd:.Modelica.Math.log10(64 * Re1) M:$mod c:y1 r:.Modelica.Math.log10 r:Re1 $bnd:.Modelica.Math.log10(Re1) M:$mod c:x1 c:m_flow r:.Modelica.Math.log10 r:Re $bnd:.Modelica.Math.log10(Re) M:$mod c:x r:.Modelica.Math.log10 r:Re2 $bnd:.Modelica.Math.log10(Re2) M:$mod c:x2 c:y r:.Modelica.Math.log10 r:L2 $bnd:.Modelica.Math.log10(L2) M:$mod c:y2 $bnd:1 M:$mod c:y1d r:aux2 r:Re2 r:log $bnd:2 + 2 * 5.74 * 0.9 / (log(aux2) * Re2 ^ 0.9 * aux2) M:$mod c:y2d C:interpolateInRegion2 c:dp_fric c:dlambda2_dm_flow c:lambda2 c:mu_a c:m_flow c:mu c:rho_a c:mu_b c:rho c:rho_b C:dp_fric_of_m_flow E:$ext[Modelica.Icons.InternalPackage] c:length c:diameter c:Re1 c:Delta E:$ext[Modelica.Icons.Function] r:dp_fric r:Re1 r:Delta r:.Modelica.Math.log10 r:.Modelica.Constants.pi r:Re r:aux1 r:abs r:Re2 r:dRe_ddp r:aux2 r:diameter r:dm_flow_ddp_fric r:mu r:length r:lambda2 r:interpolateInRegion2_withDerivative r:log r:m_flow r:rho r:mu_a r:mu_b r:rho_b r:rho_a r:sqrt ALG:$al c:Re c:aux1 c:Re2 c:dRe_ddp c:aux2 c:dp_fric c:dm_flow_ddp_fric c:dp_fric c:Re2 c:Re c:Delta r:x1 r:dRe_ddp r:Utilities.cubicHermite_withDerivative r:Re r:abs r:dy_dx r:dp_fric r:x r:y1d r:y r:x2 r:y1 r:y2 r:y2d ALG:$al r:Re2 r:aux3 $bnd:0.25 * (Re2 / aux3) ^ 2 M:$mod c:L2 c:Re1 r:.Modelica.Math.log10 r:aux2 $bnd:.Modelica.Math.log10(aux2) M:$mod c:aux3 r:Delta r:Re2 $bnd:Delta / 3.7 + 5.74 / Re2 ^ 0.9 M:$mod c:aux2 r:L2 r:.Modelica.Math.log10 r:sqrt r:aux4 $bnd:-2 * sqrt(L2) * .Modelica.Math.log10(aux4) M:$mod c:aux5 r:L2 r:Delta r:sqrt $bnd:2.51 / sqrt(L2) + 0.27 * Delta M:$mod c:aux4 c:dRe_ddp r:.Modelica.Math.log10 r:Re1 $bnd:.Modelica.Math.log10(Re1) M:$mod c:y1 r:.Modelica.Math.log10 r:Re1 $bnd:.Modelica.Math.log10(64 * Re1) M:$mod c:x1 c:lambda2 c:dy_dx r:.Modelica.Math.log10 r:lambda2 $bnd:.Modelica.Math.log10(lambda2) M:$mod c:x r:.Modelica.Math.log10 r:L2 $bnd:.Modelica.Math.log10(L2) M:$mod c:x2 c:y r:.Modelica.Math.log10 r:aux5 $bnd:.Modelica.Math.log10(aux5) M:$mod c:y2 $bnd:1 M:$mod c:y1d r:aux5 r:aux4 r:log $bnd:0.5 + 2.51 / log(10) / (aux5 * aux4) M:$mod c:y2d C:interpolateInRegion2_withDerivative c:lambda2 c:mu_a c:m_flow c:mu c:rho_a c:mu_b c:rho c:rho_b C:m_flow_of_dp_fric C:Internal r:Delta r:.Modelica.Math.exp r:min r:Re_turbulent $bnd:min(745 * .Modelica.Math.exp(if Delta <= 0.0065 then 1 else 0.0065 / Delta), Re_turbulent) M:$mod c:Re1 r:roughness r:diameter $bnd:roughness / diameter M:$mod c:Delta r:mu r:abs r:Re1 r:Delta r:.Modelica.Math.log10 r:Re r:Re2 r:lambda2 r:dp r:diameter r:interpolateInRegion2 r:m_flow r:length r:rho r:mu_b r:mu_a r:pi r:rho_a r:rho_b ALG:$al c:Re c:mu r:L2 r:.Modelica.Math.log10 r:sqrt r:aux4 $bnd:-2 * sqrt(L2) * .Modelica.Math.log10(aux4) M:$mod c:aux5 r:.Modelica.Math.log $bnd:0.5 / .Modelica.Math.log(10) * 5.74 * 0.9 M:$mod c:aux1 r:Re2 r:aux3 $bnd:0.25 * (Re2 / aux3) ^ 2 M:$mod c:L2 c:Delta r:Re1 r:Re r:.Modelica.Math.log10 r:dx r:c2 r:c3 r:lambda2 ALG:$al c:Re1 c:Re c:Re2 r:.Modelica.Math.log10 r:aux2 $bnd:.Modelica.Math.log10(aux2) M:$mod c:aux3 r:Delta r:Re2 $bnd:Delta / 3.7 + 5.74 / Re2 ^ 0.9 M:$mod c:aux2 r:L2 r:Delta r:sqrt $bnd:2.51 / sqrt(L2) + 0.27 * Delta M:$mod c:aux4 c:lambda2 r:yd1 r:m r:diff_x r:yd2 $bnd:(yd1 + yd2 - 2 * m) / (diff_x * diff_x) M:$mod c:c3 r:yd1 r:m r:diff_x r:yd2 $bnd:(3 * m - 2 * yd1 - yd2) / diff_x M:$mod c:c2 r:x2 r:x1 $bnd:x2 - x1 M:$mod c:diff_x c:dx r:.Modelica.Math.log10 r:Re1 $bnd:.Modelica.Math.log10(64 * Re1) M:$mod c:y1 r:.Modelica.Math.log10 r:Re1 $bnd:.Modelica.Math.log10(Re1) M:$mod c:x1 r:y1 r:diff_x r:y2 $bnd:(y2 - y1) / diff_x M:$mod c:m r:.Modelica.Math.log10 r:Re2 $bnd:.Modelica.Math.log10(Re2) M:$mod c:x2 $bnd:1 M:$mod c:yd1 r:.Modelica.Math.log10 r:L2 $bnd:.Modelica.Math.log10(L2) M:$mod c:y2 r:aux2 r:aux1 r:Re2 r:aux3 $bnd:2 + 4 * aux1 / (aux2 * aux3 * Re2 ^ 0.9) M:$mod c:yd2 C:interpolateInRegion2 r:Re_turbulent $bnd:Re_turbulent M:$mod c:Re2 c:lambda2 r:Modelica.Constants.pi $bnd:Modelica.Constants.pi M:$mod c:pi c:rho rdCE:pressureLoss_m_flow c:dp_b r:Re_turbulent $bnd:Re_turbulent M:$mod c:Re2 c:Re r:dp_grav_a r:diameter r:Re1 r:Internal.m_flow_of_dp_fric r:Delta r:Re2 r:Utilities.regFun3 r:dp r:dm_flow_ddp_fric_b r:dm_flow_ddp_fric_a r:dm_flow_ddp_fric_zero r:dp_a r:dp_b r:max r:m_flow r:dp_small r:dp_grav_b r:length r:dp_zero r:m_flow_b r:m_flow_a r:m_flow_zero r:rho_a r:mu_a r:min r:mu_b r:rho_b ALG:$al r:roughness r:diameter $bnd:roughness / diameter M:$mod c:Delta r:Delta r:.Modelica.Math.exp r:min r:Re_turbulent $bnd:min((745 * .Modelica.Math.exp(if Delta <= 0.0065 then 1 else 0.0065 / Delta)) ^ 0.97, Re_turbulent) M:$mod c:Re1 c:dm_flow_ddp_fric_b c:dm_flow_ddp_fric_a c:dp_a c:dm_flow_ddp_fric_zero c:m_flow_a r:g_times_height_ab r:rho_b $bnd:g_times_height_ab * rho_b M:$mod c:dp_grav_b r:g_times_height_ab r:rho_a $bnd:g_times_height_ab * rho_a M:$mod c:dp_grav_a r:dp_grav_a r:dp_grav_b $bnd:(dp_grav_a + dp_grav_b) / 2 M:$mod c:dp_zero c:m_flow_b $bnd:0 M:$mod c:m_flow_zero rdCE:massFlowRate_dp_staticHead c:dp_a r:Re_turbulent $bnd:Re_turbulent M:$mod c:Re2 r:roughness r:diameter $bnd:roughness / diameter M:$mod c:Delta r:dp_grav_b r:diameter r:Re1 r:Internal.dp_fric_of_m_flow r:Delta r:Internal.m_flow_of_dp_fric r:ddp_dm_flow_a r:Re2 r:Utilities.regFun3 r:ddp_dm_flow_b r:ddp_dm_flow_zero r:dp_a r:dp r:dp_grav_a r:dp_b r:mu_a r:m_flow_a r:length r:dp_zero r:m_flow r:m_flow_small r:m_flow_b r:m_flow_zero r:rho_a r:mu_b r:rho_b ALG:$al r:Delta r:.Modelica.Math.exp r:min r:Re_turbulent $bnd:min(745 * .Modelica.Math.exp(if Delta <= 0.0065 then 1 else 0.0065 / Delta), Re_turbulent) M:$mod c:Re1 c:ddp_dm_flow_b c:ddp_dm_flow_a c:ddp_dm_flow_zero c:m_flow_a r:g_times_height_ab r:rho_a $bnd:g_times_height_ab * rho_a M:$mod c:dp_grav_a c:dp_b r:g_times_height_ab r:rho_b $bnd:g_times_height_ab * rho_b M:$mod c:dp_grav_b r:dp_grav_a r:dp_grav_b $bnd:(dp_grav_a + dp_grav_b) / 2 M:$mod c:dp_zero c:m_flow_b $bnd:0 M:$mod c:m_flow_zero rdCE:pressureLoss_m_flow_staticHead C:Detailed E:$ext[Modelica.Icons.Package] $bnd:true M:$mod c:use_dp_small c:mu_a c:dp $bnd:4000 M:$mod c:Re_turbulent E:$ext[Modelica.Icons.Function] c:diameter c:g_times_height_ab $bnd:1 M:$mod c:dp_small c:length c:m_flow c:rho_a c:mu_b c:rho_b $bnd:0 M:min $bnd:2.5e-005 M:$mod c:roughness rpC:massFlowRate_dp_staticHead $bnd:false M:$mod c:dp_is_zero E:$ext[Modelica.Icons.Package] c:mu_a c:dp $bnd:4000 M:$mod c:Re_turbulent E:$ext[Modelica.Icons.Function] c:diameter c:length $bnd:1 M:$mod c:dp_small c:m_flow c:rho_a c:mu_b c:rho_b $bnd:0 M:min $bnd:2.5e-005 M:$mod c:roughness rpC:massFlowRate_dp c:mu_a c:length c:diameter E:$ext[Modelica.Icons.Function] $bnd:4000 M:$mod c:Re_turbulent c:g_times_height_ab c:dp c:m_flow $bnd:0.01 M:$mod c:m_flow_small c:rho_a c:mu_b c:rho_b $bnd:0 M:min $bnd:2.5e-005 M:$mod c:roughness rpC:pressureLoss_m_flow_staticHead c:mu_a c:length $bnd:4000 M:$mod c:Re_turbulent E:$ext[Modelica.Icons.Function] c:diameter c:dp c:m_flow $bnd:0.01 M:$mod c:m_flow_small c:rho_a c:mu_b c:rho_b $bnd:0 M:min $bnd:2.5e-005 M:$mod c:roughness rpC:pressureLoss_m_flow $bnd:true M:$mod c:use_Re_turbulent $bnd:true M:$mod c:use_mu $bnd:true M:$mod c:use_m_flow_small $bnd:true M:$mod c:use_roughness C:PartialWallFriction C:WallFriction C:BaseClasses E:$ext[Modelica.Icons.VariantsPackage] r:nNodes 0:nNodes $dims:[nNodes] r:use_HeatTransfer $cnd:use_HeatTransfer c:heatPorts r:.Modelica.Fluid.Types.ModelStructure.av_vb r:.Modelica.Fluid.Types.ModelStructure.av_b r:modelStructure $bnd:modelStructure == .Modelica.Fluid.Types.ModelStructure.av_b or modelStructure == .Modelica.Fluid.Types.ModelStructure.av_vb M:port_a_exposesState r:.Modelica.Fluid.Types.ModelStructure.av_vb r:.Modelica.Fluid.Types.ModelStructure.a_vb r:modelStructure $bnd:modelStructure == .Modelica.Fluid.Types.ModelStructure.a_vb or modelStructure == .Modelica.Fluid.Types.ModelStructure.av_vb M:port_b_exposesState M:$mod E:$ext[Modelica.Fluid.Pipes.BaseClasses.PartialStraightPipe] r:fill r:crossArea r:perimeter r:n $bnd:fill(4 * crossArea / perimeter, n) M:dimensions r:fill r:crossArea r:n $bnd:fill(crossArea, n) M:crossAreas r:height_ab r:dxs $bnd:height_ab * dxs M:dheights r:length r:fill r:n $bnd:fill(length / n, n) M:lengths r:n r:fill r:roughness $bnd:fill(roughness, n) M:roughnesses M:$mod E:$ext[BaseClasses.PartialTwoPortFlow] r:heatTransfer.Q_flows r:.Modelica.Fluid.Types.ModelStructure.av_b r:.Modelica.Fluid.Types.ModelStructure.a_v_b FI:i FS:$for r:.AssertionLevel.error r:.Modelica.Fluid.Types.ModelStructure.a_vb r:crossAreas r:Qb_flows r:.Modelica.Fluid.Types.ModelStructure.av_vb r:Wb_flows r:dxs r:dheights r:flowModel.dps_fg r:port_b.p r:n r:mediums.d r:i r:modelStructure r:mediums.p r:port_a.p r:nParallel r:useLumpedPressure r:sum r:system.g r:vs EQ:$eq CC:$cc D:$derived[Modelica.Fluid.Pipes.BaseClasses.HeatTransfer.IdealFlowHeatTransfer] rpC:HeatTransfer r:lengths r:sum $bnd:lengths / sum(lengths) M:$mod r:n 0:n $dims:[n] c:dxs $bnd:false M:$mod c:use_HeatTransfer r:n $bnd:n M:n r:dimensions $bnd:dimensions M:dimensions D:$derived[Medium] rdC:Medium M:Medium r:lengths $bnd:lengths M:lengths r:perimeter r:lengths $bnd:perimeter * lengths M:surfaceAreas r:roughnesses $bnd:roughnesses M:roughnesses r:nParallel $bnd:nParallel M:nParallel r:mediums.state $bnd:mediums.state M:states r:vs $bnd:vs M:vs r:use_HeatTransfer $bnd:use_HeatTransfer M:use_k M:$mod c:heatTransfer C:DynamicPipe C:Pipes E:$ext[Modelica.Icons.ExamplesPackage] $bnd:0.02 M:m_flow_start $bnd:0.0254 M:diameter D:$derived[Medium] rdC:Medium M:Medium $bnd:50 M:height_ab $bnd:50 M:length $bnd:150000 M:p_a_start $bnd:5 M:nNodes r:Modelica.Fluid.Types.ModelStructure.a_v_b $bnd:Modelica.Fluid.Types.ModelStructure.a_v_b M:modelStructure $bnd:true M:use_T_start $bnd:130000 M:p_b_start M:$mod c:pipe1 CC:$cc D:$derived[Modelica.Media.Air.MoistAir] rpC:Medium E:$ext[Modelica.Icons.Example] EQ:$eq $bnd:1 M:nPorts D:$derived[Medium] rdC:Medium M:Medium $bnd:false M:use_T_in $bnd:100000 M:p $bnd:true M:use_p_in M:$mod c:boundary4 $bnd:1 M:nPorts D:$derived[Medium] rdC:Medium M:Medium $bnd:150000 M:p M:$mod c:boundary1 r:pipe2.dxs $bnd:200 * pipe2.dxs M:Q_flow r:ones r:pipe2.n $bnd:-0.01 * ones(pipe2.n) M:alpha M:$mod r:pipe2.nNodes 0:pipe2.nNodes $dims:[pipe2.nNodes] c:heat2 $bnd:0.01 M:m_flow_start $bnd:0.0254 M:diameter D:$derived[Medium] rdC:Medium M:Medium $bnd:25 M:length $bnd:25 M:height_ab $bnd:130000 M:p_a_start $bnd:5 M:nNodes r:Modelica.Fluid.Types.ModelStructure.a_v_b $bnd:Modelica.Fluid.Types.ModelStructure.a_v_b M:modelStructure $bnd:true M:use_T_start $bnd:120000 M:p_b_start M:$mod c:pipe3 $bnd:5 M:nNodes $bnd:0.0254 M:diameter D:$derived[Medium] rdC:Medium M:Medium D:$derived[Modelica.Fluid.Pipes.BaseClasses.HeatTransfer.LocalPipeFlowHeatTransfer] rdC:HeatTransfer M:HeatTransfer $bnd:50 M:length $bnd:25 M:height_ab $bnd:0.01 M:m_flow_start r:Modelica.Fluid.Types.ModelStructure.av_vb $bnd:Modelica.Fluid.Types.ModelStructure.av_vb M:modelStructure $bnd:true M:use_HeatTransfer $bnd:130000 M:p_a_start $bnd:120000 M:p_b_start $bnd:true M:use_T_start M:$mod c:pipe2 $bnd:100000.0 M:offset $bnd:100000.0 M:height $bnd:0 M:duration $bnd:2 M:startTime M:$mod c:ramp1 $bnd:0.02 M:m_flow_start $bnd:0.0254 M:diameter D:$derived[Medium] rdC:Medium M:Medium $bnd:50 M:height_ab $bnd:50 M:length $bnd:120000 M:p_a_start $bnd:5 M:nNodes r:Modelica.Fluid.Types.ModelStructure.a_v_b $bnd:Modelica.Fluid.Types.ModelStructure.a_v_b M:modelStructure $bnd:true M:use_T_start $bnd:100000 M:p_b_start M:$mod c:pipe4 r:Modelica.Fluid.Types.Dynamics.SteadyStateInitial $bnd:Modelica.Fluid.Types.Dynamics.SteadyStateInitial M:energyDynamics r:Modelica.Fluid.Types.Dynamics.SteadyStateInitial $bnd:Modelica.Fluid.Types.Dynamics.SteadyStateInitial M:momentumDynamics M:$mod c:system C:BranchingDynamicPipes C:Examples E:$ext[Modelica.Icons.Package] E:$ext[FluidPort] C:FluidPort_b r:Medium.nXi 0:Medium.nXi $dims:[Medium.nXi] c:Xi_outflow D:$derived[Modelica.Media.Interfaces.PartialMedium] rpC:Medium r:Medium.nC 0:Medium.nC $dims:[Medium.nC] c:C_outflow c:m_flow c:h_outflow c:p C:FluidPort E:$ext[Modelica.Icons.InterfacesPackage] E:$ext[FluidPort] C:FluidPort_a r:n 0:n r:Medium.nXi 1:Medium.nXi $dims:[n,Medium.nXi] c:mXis r:p_a_start r:X_start r:Medium.temperature_phX r:h_start r:system.T_start r:p_b_start r:use_T_start $bnd:if use_T_start then system.T_start else Medium.temperature_phX((p_a_start + p_b_start) / 2, h_start, X_start) M:$mod c:T_start r:n 0:n r:Medium.nC 1:Medium.nC $dims:[n,Medium.nC] c:Cs r:fill r:Medium.ThermoStates r:.Modelica.Media.Interfaces.Choices.IndependentVariables.ph r:.Modelica.Fluid.Types.Dynamics.FixedInitial FI:i FS:$for r:.Modelica.Fluid.Types.Dynamics.SteadyStateInitial r:C_start r:.Modelica.Media.Interfaces.Choices.IndependentVariables.phX r:Cs r:T_start r:Medium.nXi r:Medium.nC r:der r:X_start r:energyDynamics r:mediums.h r:massDynamics r:i r:h_start r:initialize_p r:mCs r:mediums.T r:mediums.Xi r:substanceDynamics r:n r:mediums.p r:ps_start r:zeros r:traceDynamics EQ:$ieq r:energyDynamics r:Medium.singleState r:.Modelica.Fluid.Types.Dynamics.SteadyState r:.AssertionLevel.error FI:i FS:$for r:Hb_flows r:Cs r:Medium.nC r:Medium.C_nominal r:Medium.nXi r:Us r:Qb_flows r:Wb_flows r:der r:massDynamics r:i r:fluidVolumes r:mCs_scaled r:mCs r:mXis r:mediums.d r:mb_flows r:mbXi_flows r:mbC_flows r:mediums.Xi r:substanceDynamics r:ms r:mediums.u r:n r:zeros r:traceDynamics EQ:$eq r:Medium.extraPropertiesNames $bnd:Medium.extraPropertiesNames M:quantity r:fill r:Medium.nC $bnd:fill(0, Medium.nC) M:$mod r:Medium.nC 0:Medium.nC $dims:[Medium.nC] c:C_start D:$derived[Modelica.Media.Interfaces.PartialMedium] rpC:Medium r:n 0:n $dims:[n] c:Hb_flows r:n 0:n $dims:[n] c:Qb_flows r:n 0:n $dims:[n] c:fluidVolumes r:Medium.X_default $bnd:Medium.X_default M:$mod r:Medium.nX 0:Medium.nX $dims:[Medium.nX] c:X_start r:n 0:n $dims:[n] c:Us r:n 0:n $dims:[n] c:Wb_flows r:system.energyDynamics $bnd:system.energyDynamics M:$mod c:energyDynamics r:n 0:n r:Medium.nC 1:Medium.nC $dims:[n,Medium.nC] c:mCs r:p_a_start r:T_start r:Medium.specificEnthalpy_pTX r:Medium.h_default r:X_start r:use_T_start r:p_b_start $bnd:if use_T_start then Medium.specificEnthalpy_pTX((p_a_start + p_b_start) / 2, T_start, X_start) else Medium.h_default M:$mod c:h_start r:Medium.singleState $bnd:not Medium.singleState M:$mod c:initialize_p r:n 0:n r:Medium.nC 1:Medium.nC $dims:[n,Medium.nC] c:mCs_scaled $bnd:2 M:$mod c:n r:n 0:n r:Medium.nXi 1:Medium.nXi $dims:[n,Medium.nXi] c:mbXi_flows r:system.massDynamics $bnd:system.massDynamics M:$mod c:massDynamics r:n 0:n r:Medium.nC 1:Medium.nC $dims:[n,Medium.nC] c:mbC_flows r:ps_start $bnd:ps_start M:start M:p r:X_start r:Medium.nXi $bnd:X_start[1:Medium.nXi] M:start M:Xi r:T_start $bnd:T_start M:start M:T r:h_start $bnd:h_start M:start M:h $bnd:true M:preferredMediumStates M:$mod r:n 0:n $dims:[n] c:mediums r:n 0:n $dims:[n] c:mb_flows r:n 0:n $dims:[n] c:ms r:massDynamics $bnd:massDynamics M:$mod c:substanceDynamics r:p_a_start $bnd:p_a_start M:$mod c:p_b_start r:system.p_start $bnd:system.p_start M:$mod c:p_a_start r:n r:linspace r:p_a_start r:p_b_start $bnd:if n > 1 then linspace(p_a_start, p_b_start, n) else {(p_a_start + p_b_start) / 2} M:$mod r:n 0:n $dims:[n] c:ps_start r:massDynamics $bnd:massDynamics M:$mod c:traceDynamics c:system $bnd:true M:$mod c:use_T_start C:PartialDistributedVolume E:$ext[Modelica.Thermal.HeatTransfer.Interfaces.HeatPort] C:HeatPorts_a E:$ext[FluidPort] C:FluidPorts_b $bnd:1 M:$mod c:m r:m 0:m $dims:[m] c:Ib_flows r:m 0:m $dims:[m] c:Fs_fg r:i r:Fs_p FI:i FS:$for r:Fs_fg r:Is r:Ib_flows r:Types.Dynamics.SteadyState r:der r:m_flows r:m r:pathLengths r:momentumDynamics r:zeros EQ:$eq r:fill r:Types.Dynamics.SteadyStateInitial r:Types.Dynamics.FixedInitial r:der r:m_flows r:m_flow_start r:m r:momentumDynamics r:zeros EQ:$ieq r:m 0:m $dims:[m] c:Fs_p D:$derived[Modelica.Media.Interfaces.PartialMedium] rpC:Medium r:m 0:m $dims:[m] c:Is r:system.allowFlowReversal $bnd:system.allowFlowReversal M:$mod c:allowFlowReversal r:m 0:m $dims:[m] c:pathLengths r:m_flow_start $bnd:m_flow_start M:start r:allowFlowReversal r:Modelica.Constants.inf $bnd:if allowFlowReversal then -Modelica.Constants.inf else 0 M:min r:Types.Dynamics.SteadyState r:StateSelect.default r:StateSelect.prefer r:momentumDynamics $bnd:if momentumDynamics == Types.Dynamics.SteadyState then StateSelect.default else StateSelect.prefer M:stateSelect M:$mod r:m 0:m $dims:[m] c:m_flows r:system.m_flow_start $bnd:system.m_flow_start M:$mod c:m_flow_start r:system.momentumDynamics $bnd:system.momentumDynamics M:$mod c:momentumDynamics c:system C:PartialDistributedFlow $bnd:1 M:$mod c:n r:system.T_ambient $bnd:system.T_ambient M:$mod c:T_ambient D:$derived[Modelica.Media.Interfaces.PartialMedium] rpC:Medium r:heatPorts.Q_flow r:Q_flows FI:i FS:$for r:T_ambient r:k r:i r:heatPorts.T r:surfaceAreas r:n r:use_k EQ:$eq r:n 0:n $dims:[n] c:Q_flows r:n 0:n $dims:[n] c:heatPorts r:Medium.temperature r:states $bnd:Medium.temperature(states) M:$mod r:n 0:n $dims:[n] c:Ts $bnd:0 M:$mod c:k r:n 0:n $dims:[n] c:surfaceAreas r:n 0:n $dims:[n] c:states $bnd:false M:$mod c:use_k c:system C:PartialHeatTransfer D:$derived[Medium] rdC:Medium M:Medium r:allowFlowReversal r:.Modelica.Constants.inf $bnd:if allowFlowReversal then -.Modelica.Constants.inf else 0 M:min M:m_flow M:$mod c:port_a r:system.allowFlowReversal $bnd:system.allowFlowReversal M:$mod c:allowFlowReversal D:$derived[Modelica.Media.Interfaces.PartialMedium] rpC:Medium D:$derived[Medium] rdC:Medium M:Medium r:allowFlowReversal r:.Modelica.Constants.inf $bnd:if allowFlowReversal then +.Modelica.Constants.inf else 0 M:max M:m_flow M:$mod c:port_b $bnd:false M:$mod c:port_a_exposesState $bnd:true M:$mod c:showDesignFlowDirection $bnd:false M:$mod c:port_b_exposesState c:system C:PartialTwoPort C:Interfaces r:Modelica.Constants.g_n $bnd:Modelica.Constants.g_n M:$mod c:g $bnd:true M:$mod c:allowFlowReversal $bnd:293.15 M:$mod c:T_ambient r:T_ambient $bnd:T_ambient M:$mod c:T_start r:Types.Dynamics.DynamicFreeInitial $bnd:Types.Dynamics.DynamicFreeInitial M:$mod c:energyDynamics $bnd:0 M:min $bnd:1 M:$mod c:dp_small $bnd:0 M:min $bnd:0.0001 M:$mod c:eps_m_flow $bnd:101325 M:$mod c:p_ambient r:energyDynamics $bnd:energyDynamics M:$mod c:massDynamics $bnd:0 M:min $bnd:0.01 M:$mod c:m_flow_small r:use_eps_Re r:m_flow_small $bnd:if use_eps_Re then 1 else 100.0 * m_flow_small M:$mod c:m_flow_nominal $bnd:0 M:$mod c:m_flow_start r:Types.Dynamics.SteadyState $bnd:Types.Dynamics.SteadyState M:$mod c:momentumDynamics r:massDynamics $bnd:massDynamics M:$mod c:substanceDynamics r:p_ambient $bnd:p_ambient M:$mod c:p_start r:massDynamics $bnd:massDynamics M:$mod c:traceDynamics $bnd:false M:$mod c:use_eps_Re C:System E:$ext[Modelica.Icons.BasesPackage] c:medium D:$derived[Modelica.Media.Interfaces.PartialMedium] rpC:Medium r:nPorts r:cardinality FI:i FS:$for r:.AssertionLevel.error r:medium.h r:i r:medium.Xi r:medium.p 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r:Modelica.Constants.eps $bnd:Modelica.Constants.eps M:$mod c:eps c:e c:fc c:fb c:fa c:m $bnd:false M:$mod c:found c:p c:x_min c:s c:q c:r c:x_max $bnd:1e-010 M:$mod c:x_eps c:tol r:x_max r:x_eps $bnd:x_max + x_eps M:$mod c:x_max2 c:x_zero r:Modelica.Constants.eps $bnd:100 * Modelica.Constants.eps M:$mod c:x_tol r:x_min r:x_eps $bnd:x_min - x_eps M:$mod c:x_min2 c:y_zero rpC:solve C:OneNonLinearEquation C:Common E:$ext[Modelica.Icons.Package] E:$ext[Modelica.Icons.VariantsPackage] $bnd:322 M:$mod c:dcritical $bnd:{-7.85951783,1.84408259,-11.7866497,22.6807411,-15.9618719,1.80122502} M:$mod 0:end $dims:[:] c:a r:exp r:dpp r:dp r:r0 r:pcritical r:r2 r:r1 r:tau ALG:$al $bnd:647.096 M:$mod c:Tcritical $bnd:{1.99274064,1.09965342,-0.510839303,-1.75493479,-45.5170352,-674694.45} M:$mod 0:end $dims:[:] c:b $bnd:{-2.0315024,-2.6830294,-5.38626492,-17.2991605,-44.7586581,-63.9201063} M:$mod 0:end $dims:[:] c:c $bnd:22064000.0 M:$mod c:pcritical $bnd:{1,1.5,3,3.5,4,7.5} M:$mod 0:end $dims:[:] c:n r:dcritical r:c r:o r:exp r:tau $bnd:dcritical * exp(c[1] * tau ^ o[1] + c[2] * tau ^ o[2] + c[3] * tau ^ o[3] + c[4] * tau ^ o[4] + c[5] * tau ^ o[5] + c[6] * tau ^ o[6]) M:$mod c:dpp r:dcritical r:b r:tau r:m $bnd:dcritical * (1 + b[1] * tau ^ m[1] + b[2] * tau ^ m[2] + b[3] * tau ^ m[3] + b[4] * tau ^ m[4] + b[5] * tau ^ m[5] + b[6] * tau ^ m[6]) M:$mod c:dp $bnd:{1 / 3,2 / 3,5 / 3,16 / 3,43 / 3,110 / 3} M:$mod 0:end $dims:[:] c:m $bnd:{2 / 6,4 / 6,8 / 6,18 / 6,37 / 6,71 / 6} M:$mod 0:end $dims:[:] c:o r:n r:a r:tau $bnd:a[1] * n[1] * tau ^ n[1] + a[2] * n[2] * tau ^ n[2] + a[3] * n[3] * tau ^ n[3] + a[4] * n[4] * tau ^ n[4] + a[5] * n[5] * tau ^ n[5] + a[6] * n[6] * tau ^ n[6] M:$mod c:r2 r:a r:Tcritical r:T r:tau r:n $bnd:a[1] * Tcritical * tau ^ n[1] / T + a[2] * Tcritical * tau ^ n[2] / T + a[3] * Tcritical * tau ^ n[3] / T + a[4] * Tcritical * tau ^ n[4] / T + a[5] * Tcritical * tau ^ n[5] / T + a[6] * Tcritical * tau ^ n[6] / T M:$mod c:r1 r:T r:Tcritical $bnd:1 - T / Tcritical M:$mod c:tau rdCE:enthalpyOfVaporization $bnd:1 M:$mod c:Water r:steam.MM r:dryair.MM $bnd:{steam.MM,dryair.MM} M:$mod 0:2 $dims:[2] c:MMX $bnd:2 M:$mod c:Air $bnd:true M:reducedX r:IdealGases.Common.FluidData.H2O r:IdealGases.Common.FluidData.N2 $bnd:{IdealGases.Common.FluidData.H2O,IdealGases.Common.FluidData.N2} M:fluidConstants $bnd:190 M:min $bnd:647 M:max M:Temperature $bnd:"Moist air" M:mediumName $bnd:false M:singleState $bnd:{0.01,0.99} M:reference_X $bnd:{"water","air"} M:substanceNames M:$mod E:$ext[.Modelica.Media.Interfaces.PartialCondensingGases] c:X_steam c:X_air r:StateSelect.prefer r:StateSelect.default r:preferredMediumStates $bnd:if preferredMediumStates then StateSelect.prefer else StateSelect.default M:stateSelect M:Xi r:StateSelect.prefer r:StateSelect.default r:preferredMediumStates $bnd:if preferredMediumStates then StateSelect.prefer else StateSelect.default M:stateSelect M:T r:StateSelect.prefer r:StateSelect.default r:preferredMediumStates $bnd:if preferredMediumStates then StateSelect.prefer else StateSelect.default M:stateSelect M:p $bnd:true M:standardOrderComponents M:$mod r:Xi r:T r:MM r:.Modelica.Constants.eps r:.AssertionLevel.error r:Air r:R r:MMX r:String r:X_liquid r:X r:Water r:X_air r:X_sat r:X_steam r:min r:h r:dryair.R r:d r:max r:k_mair r:mediumName r:specificEnthalpy_pTX r:p_steam_sat r:p r:saturationPressure r:phi r:steam.R r:state.X r:state.T r:state.p r:x_sat r:u r:x_water EQ:$eq c:X_liquid c:X_sat c:x_sat c:phi c:p_steam_sat c:x_water rdCE:BaseProperties rdCE:ThermodynamicState c:T E:$ext[Modelica.Icons.Function] r:h r:T r:Internal.solve r:X r:p r:nXi r:steam ALG:$al r:p r:h_pTX r:X r:y r:x ALG:$al rdCE:f_nonlinear E:$ext[Modelica.Media.Common.OneNonLinearEquation] E:$ext[Modelica.Media.IdealGases.Common.DataRecord] rdCE:f_nonlinear_Data rdCE:solve C:Internal c:h 0:end $dims:[:] c:X c:p C:T_phX c:T E:$ext[Modelica.Icons.Function] r:X r:T r:Internal.solve r:p r:nX r:s r:steam ALG:$al r:s_pTX r:p r:X r:y r:x ALG:$al rdCE:f_nonlinear E:$ext[Modelica.Media.Common.OneNonLinearEquation] E:$ext[Modelica.Media.IdealGases.Common.DataRecord] rdCE:f_nonlinear_Data rdCE:solve C:Internal c:p 0:end $dims:[:] c:X c:s C:T_psX c:neg E:$ext[Modelica.Icons.Function] r:pos r:deltax r:Modelica.Math.tan r:Modelica.Math.asin r:Modelica.Math.tanh r:out r:neg r:scaledX1 r:scaledX r:x r:y ALG:$al $bnd:1 M:$mod c:deltax c:scaledX1 c:pos c:out c:scaledX c:x c:y C:spliceFunction c:x1 E:$ext[Modelica.Icons.Function] r:x1 r:exp r:.Modelica.Math.log r:dx r:max r:y r:x2 ALG:$al c:dx c:x2 c:y C:smoothMax E:$ext[Modelica.Icons.UtilitiesPackage] c:dx1 c:ddx E:$ext[Modelica.Icons.Function] r:dx2 r:dx r:.Modelica.Math.log r:.Modelica.Math.exp r:ddx r:dx1 r:x1 r:dy r:max r:x2 ALG:$al c:dx c:x1 c:dx2 c:dy c:x2 C:smoothMax_der c:neg $bnd:1 M:$mod c:deltax E:$ext[Modelica.Icons.Function] r:deltax r:Modelica.Math.tanh r:Modelica.Math.cosh r:Modelica.Math.asin r:Modelica.Math.cos r:Modelica.Math.tan r:ddeltax r:abs r:scaledX r:dx r:dpos r:dneg r:dscaledX1 r:out r:neg r:pos r:x r:scaledX1 r:y ALG:$al $bnd:0 M:$mod c:ddeltax c:dpos c:dneg c:dx c:dscaledX1 c:scaledX1 c:pos c:out c:scaledX c:x c:y C:spliceFunction_der C:Utilities r:IdealGases.Common.SingleGasesData.Air $bnd:IdealGases.Common.SingleGasesData.Air M:$mod c:dryair r:density r:ddhp r:state r:specificHeatCapacityCp r:temperature ALG:$al rdCE:density_derh_p r:density r:ddTp r:state r:temperature ALG:$al rdCE:density_derT_p r:gasConstant r:d r:state.T r:state r:state.p ALG:$al rdCE:density r:pressure r:dddX r:Water r:Air r:dryair.R r:state.X r:state r:steam.R r:temperature ALG:$al rdCE:density_derX r:gasConstant r:ddph r:state r:temperature ALG:$al rdCE:density_derp_h r:gasConstant r:ddpT r:state r:temperature ALG:$al rdCE:density_derp_T r:T r:Modelica.Media.IdealGases.Common.Functions.h_Tlow r:.Modelica.Media.Interfaces.Choices.ReferenceEnthalpy.UserDefined r:h r:X r:Water r:dryair r:steam ALG:$al rdCE:enthalpyOfGas r:h r:Modelica.Media.IdealGases.Common.Functions.h_Tlow r:.Modelica.Media.Interfaces.Choices.ReferenceEnthalpy.UserDefined r:T r:steam ALG:$al rdCE:enthalpyOfCondensingGas r:.Modelica.SIunits.Conversions.to_degC r:.Modelica.Media.Incompressible.TableBased.Polynomials_Temp.evaluateWithRange r:eta r:state.T ALG:$al rdCE:dynamicViscosity r:h r:T ALG:$al rdCE:enthalpyOfLiquid r:dryair r:Modelica.Media.IdealGases.Common.Functions.h_Tlow r:.Modelica.Media.Interfaces.Choices.ReferenceEnthalpy.UserDefined r:T r:h ALG:$al rdCE:enthalpyOfNonCondensingGas c:T E:$ext[Modelica.Icons.Function] r:nX r:ThermodynamicState r:T r:X r:cat r:size r:p r:state r:sum ALG:$al c:p r:reference_X $bnd:reference_X M:$mod 0:end $dims:[:] c:X c:state rdC:setState_pTX r:steam.MM r:dryair.MM $bnd:steam.MM / dryair.MM M:$mod c:k_mair r:specificHeatCapacityCp r:gamma r:state r:specificHeatCapacityCv ALG:$al rdCE:isentropicExponent c:X_liquid c:T E:$ext[Modelica.Icons.Function] r:X_sat r:X r:T r:.Modelica.Media.Interfaces.Choices.ReferenceEnthalpy.UserDefined r:.Modelica.Constants.eps r:Modelica.Media.IdealGases.Common.Functions.h_Tlow r:Water r:X_liquid r:X_air r:min r:h r:dryair r:X_steam r:enthalpyOfWater r:k_mair r:max r:p_steam_sat r:p r:saturationPressure r:steam ALG:$al 0:end $dims:[:] c:X c:X_air c:h c:X_sat c:X_steam c:p c:p_steam_sat C:h_pTX c:T E:$ext[Modelica.Icons.Function] r:Utilities.spliceFunction_der r:T r:dh r:dT ALG:$al $bnd:"K/s" M:unit M:$mod c:dT $bnd:"J/(kg.s)" M:unit M:$mod c:dh C:enthalpyOfWater_der c:T E:$ext[Modelica.Icons.Function] r:Utilities.spliceFunction r:T r:h ALG:$al c:h C:enthalpyOfWater r:dryair.R r:R r:Water r:state.X r:steam.R ALG:$al rdCE:gasConstant $bnd:"K/s" M:unit M:$mod c:dT 0:end $dims:[:] c:X E:$ext[Modelica.Icons.Function] r:X_sat r:T r:Modelica.Constants.eps r:.Modelica.Media.Interfaces.Choices.ReferenceEnthalpy.UserDefined r:Modelica.Media.IdealGases.Common.Functions.h_Tlow_der r:Modelica.Media.IdealGases.Common.Functions.h_Tlow r:X r:Utilities.smoothMax_der r:Utilities.smoothMax r:Water r:X_liquid r:X_air r:k_mair r:dp r:dX r:X_steam r:dT r:dX_liq r:dX_air r:dX_steam r:dx_sat r:dps r:dryair r:enthalpyOfWater_der r:enthalpyOfWater r:h_der r:p_steam_sat r:min r:max r:p r:saturationPressure_der r:saturationPressure r:x_sat r:steam ALG:$al c:T c:X_sat c:X_liquid c:X_air c:X_steam $bnd:"Pa/s" M:unit M:$mod c:dps $bnd:"1/s" M:unit M:$mod c:dX_steam $bnd:"1/s" M:unit M:$mod c:dX_air $bnd:"1/s" M:unit M:$mod 0:end $dims:[:] c:dX $bnd:"1/s" M:unit M:$mod c:dX_liq $bnd:"Pa/s" M:unit M:$mod c:dp c:p $bnd:"J/(kg.s)" M:unit M:$mod c:h_der $bnd:"1/s" M:unit M:$mod c:dx_sat c:p_steam_sat c:x_sat C:h_pTX_der E:$ext[Modelica.Icons.Function] r:h_is r:Modelica.Media.Air.MoistAir.h_pTX r:Modelica.Media.Air.MoistAir.T_psX r:Modelica.Media.Air.MoistAir.specificEntropy r:refState r:p_downstream r:refState.X ALG:$al rdCE:isentropicEnthalpy r:state r:beta r:temperature ALG:$al rdCE:isobaricExpansionCoefficient r:pressure r:kappa r:state ALG:$al rdCE:isothermalCompressibility c:Tsat E:$ext[Modelica.Icons.Function] r:exp r:Tsat r:Tcritical r:a r:psat r:n r:pcritical r:r1 ALG:$al $bnd:647.096 M:$mod c:Tcritical c:psat $bnd:{1.0,1.5,3.0,3.5,4.0,7.5} M:$mod 0:end $dims:[:] c:n $bnd:{-7.85951783,1.84408259,-11.7866497,22.6807411,-15.9618719,1.80122502} M:$mod 0:end $dims:[:] c:a $bnd:22064000.0 M:$mod c:pcritical r:Tsat r:Tcritical $bnd:1 - Tsat / Tcritical M:$mod c:r1 C:saturationPressureLiquid r:p r:state.p ALG:$al rdCE:pressure r:Modelica.Media.Air.MoistAir.gasConstant r:MM r:Modelica.Constants.R r:state ALG:$al rdCE:molarMass 0:end $dims:[:] c:X E:$ext[Modelica.Icons.Function] r:T r:Modelica.Constants.R r:MMX r:Air r:Modelica.Media.IdealGases.Common.Functions.s0_Tlow r:Modelica.Math.log r:Modelica.Constants.eps r:Modelica.Media.IdealGases.Common.Functions.s0_Tlow_der r:dT r:Water r:Utilities.smoothMax_der r:X r:Y r:ds r:dp r:dX r:dryair r:p r:max r:steam r:reference_p ALG:$al c:T $bnd:"Pa/s" M:unit M:$mod c:dp $bnd:"K/s" M:unit M:$mod c:dT r:massToMoleFractions r:X r:dryair.MM r:steam.MM $bnd:massToMoleFractions(X, {steam.MM,dryair.MM}) M:$mod 0:2 $dims:[2] c:Y $bnd:"1/s" M:unit M:$mod r:nX 0:nX $dims:[nX] c:dX c:p $bnd:"J/(kg.K.s)" M:unit M:$mod c:ds C:s_pTX_der 0:end $dims:[:] c:X E:$ext[Modelica.Icons.Function] r:T r:Modelica.Constants.R r:MMX r:Air r:Modelica.Math.log r:Modelica.Constants.eps r:Modelica.Media.IdealGases.Common.Functions.s0_Tlow r:max r:X r:Water r:Utilities.smoothMax r:dryair r:Y r:s r:p r:reference_p r:steam ALG:$al c:T c:p r:massToMoleFractions r:X r:dryair.MM r:steam.MM $bnd:massToMoleFractions(X, {steam.MM,dryair.MM}) M:$mod 0:2 $dims:[2] c:Y c:s C:s_pTX r:psat r:Utilities.spliceFunction r:Tsat r:saturationPressureLiquid r:sublimationPressureIce ALG:$al rdCE:saturationPressure r:state_a.p r:ThermodynamicState r:Media.Common.smoothStep r:state_a.T r:state r:state_a.X r:x r:state_b.X r:state_b.T r:state_b.p r:x_small ALG:$al rdCE:setSmoothState $bnd:22064000.0 M:$mod c:pcritical c:Tsat E:$ext[Modelica.Icons.Function] r:exp r:Tsat r:Tcritical r:a r:dTsat r:psat_der r:pcritical r:n r:r1_der r:r1 r:r2 ALG:$al $bnd:647.096 M:$mod c:Tcritical $bnd:"K/s" M:unit M:$mod c:dTsat $bnd:{-7.85951783,1.84408259,-11.7866497,22.6807411,-15.9618719,1.80122502} M:$mod 0:end $dims:[:] c:a $bnd:{1.0,1.5,3.0,3.5,4.0,7.5} M:$mod 0:end $dims:[:] c:n r:Tsat r:Tcritical $bnd:1 - Tsat / Tcritical M:$mod c:r1 $bnd:"Pa/s" M:unit M:$mod c:psat_der r:Tcritical r:dTsat $bnd:-1 / Tcritical * dTsat M:$mod c:r1_der r:n r:a r:r1 $bnd:a[1] * r1 ^ n[1] + a[2] * r1 ^ n[2] + a[3] * r1 ^ n[3] + a[4] * r1 ^ n[4] + a[5] * r1 ^ n[5] + a[6] * r1 ^ n[6] M:$mod c:r2 C:saturationPressureLiquid_der c:Tsat E:$ext[Modelica.Icons.Function] r:psat_der r:Utilities.spliceFunction_der r:Tsat r:dTsat r:saturationPressureLiquid_der r:saturationPressureLiquid r:sublimationPressureIce r:sublimationPressureIce_der ALG:$al $bnd:"K/s" M:unit M:$mod c:dTsat $bnd:"Pa/s" M:unit M:$mod c:psat_der C:saturationPressure_der c:T E:$ext[Modelica.Icons.Function] r:nX r:X r:ThermodynamicState r:T r:d r:cat r:dryair.R r:state r:size r:steam.R r:sum ALG:$al c:d r:reference_X $bnd:reference_X M:$mod 0:end $dims:[:] c:X c:state rdC:setState_dTX E:$ext[Modelica.Icons.Function] r:state.p r:state.T r:specificInternalEnergy_pTX r:state.X r:u ALG:$al c:u rdCE:specificInternalEnergy E:$ext[Modelica.Icons.Function] r:state.T r:h_pTX r:g r:specificEntropy r:state r:state.X r:state.p ALG:$al rdCE:specificGibbsEnergy r:h_pTX r:h r:state.X r:state.T r:state.p ALG:$al rdCE:specificEnthalpy c:h E:$ext[Modelica.Icons.Function] r:nX r:ThermodynamicState r:T_phX r:cat r:X r:h r:size r:p r:state r:sum ALG:$al r:reference_X $bnd:reference_X M:$mod 0:end $dims:[:] c:X c:p c:state rdC:setState_phX r:nX r:ThermodynamicState r:T_psX r:X r:cat r:size r:p r:s r:state r:sum ALG:$al rdCE:setState_psX r:s_pTX r:s r:state.X r:state.T r:state.p ALG:$al rdCE:specificEntropy r:cv r:Modelica.Media.IdealGases.Common.Functions.cp_Tlow r:Water r:state.T r:gasConstant r:dryair r:state r:state.X r:steam ALG:$al rdCE:specificHeatCapacityCv r:state.X r:h_pTX_der r:cp r:dT r:state.T r:size r:state.p r:zeros ALG:$al $bnd:"s/K" M:unit $bnd:1.0 M:$mod c:dT rdCE:specificHeatCapacityCp E:$ext[Modelica.Icons.Function] r:h_pTX r:f r:gasConstant r:state.X r:state r:specificEntropy r:state.T r:state.p ALG:$al rdCE:specificHelmholtzEnergy r:IdealGases.Common.SingleGasesData.H2O $bnd:IdealGases.Common.SingleGasesData.H2O M:$mod c:steam c:X_liquid c:R_gas E:$ext[Modelica.Icons.Function] r:X_sat r:X r:Modelica.Media.IdealGases.Common.Functions.h_Tlow r:.Modelica.Constants.eps r:.Modelica.Media.Interfaces.Choices.ReferenceEnthalpy.UserDefined r:T r:R_gas r:Water r:X_liquid r:X_air r:min r:dryair.R r:dryair r:X_steam r:k_mair r:enthalpyOfWater r:max r:saturationPressure r:p_steam_sat r:p r:steam.R r:steam r:u ALG:$al 0:end $dims:[:] c:X c:T c:X_air c:p c:X_steam c:X_sat c:u c:p_steam_sat C:specificInternalEnergy_pTX $bnd:"K/s" M:unit M:$mod c:dT 0:end $dims:[:] c:X c:R_gas E:$ext[Modelica.Icons.Function] r:dX_air r:X_sat r:T r:Modelica.Media.IdealGases.Common.Functions.h_Tlow_der r:Modelica.Constants.eps r:.Modelica.Media.Interfaces.Choices.ReferenceEnthalpy.UserDefined r:Modelica.Media.IdealGases.Common.Functions.h_Tlow r:R_gas r:X r:Utilities.spliceFunction_der r:Utilities.spliceFunction r:Water r:X_liquid r:X_air r:dT r:X_steam r:dR_gas r:dX r:k_mair r:dp r:dX_liq r:dX_steam r:dryair.R r:dps r:dryair r:enthalpyOfWater r:dx_sat r:enthalpyOfWater_der r:p_steam_sat r:min r:max r:p r:steam.R r:saturationPressure_der r:saturationPressure r:steam r:x_sat r:u_der ALG:$al c:T c:X_liquid c:X_air c:X_steam c:X_sat $bnd:"J/(kg.K.s)" M:unit M:$mod c:dR_gas $bnd:"Pa/s" M:unit M:$mod c:dps $bnd:"1/s" M:unit M:$mod c:dX_steam $bnd:"1/s" M:unit M:$mod c:dX_air $bnd:"1/s" M:unit M:$mod 0:end $dims:[:] c:dX $bnd:"1/s" M:unit M:$mod c:dX_liq $bnd:"Pa/s" M:unit M:$mod c:dp c:p_steam_sat c:p $bnd:"1/s" M:unit M:$mod c:dx_sat $bnd:"J/(kg.s)" M:unit M:$mod c:u_der c:x_sat C:specificInternalEnergy_pTX_der $bnd:"K/s" M:unit M:$mod c:dTsat c:Tsat E:$ext[Modelica.Icons.Function] r:psat_der r:exp r:a r:n r:r1 r:ptriple r:r1_der ALG:$al $bnd:273.16 M:$mod c:Ttriple $bnd:{-13.928169,34.7078238} M:$mod 0:end $dims:[:] c:a $bnd:611.657 M:$mod c:ptriple $bnd:"Pa/s" M:unit M:$mod c:psat_der $bnd:{-1.5,-1.25} M:$mod 0:end $dims:[:] c:n r:Tsat r:Ttriple $bnd:Tsat / Ttriple M:$mod c:r1 r:dTsat r:Ttriple $bnd:dTsat / Ttriple M:$mod c:r1_der C:sublimationPressureIce_der c:psat c:Tsat E:$ext[Modelica.Icons.Function] r:psat r:exp r:a r:n r:r1 r:ptriple ALG:$al $bnd:{-13.928169,34.7078238} M:$mod 0:end $dims:[:] c:a $bnd:273.16 M:$mod c:Ttriple $bnd:{-1.5,-1.25} M:$mod 0:end $dims:[:] c:n $bnd:611.657 M:$mod c:ptriple r:Tsat r:Ttriple $bnd:Tsat / Ttriple M:$mod c:r1 C:sublimationPressureIce r:.Modelica.SIunits.Conversions.to_degC r:.Modelica.Media.Incompressible.TableBased.Polynomials_Temp.evaluateWithRange r:lambda r:state.T ALG:$al rdCE:thermalConductivity r:T r:state.T ALG:$al rdCE:temperature r:isentropicExponent r:a r:gasConstant r:state r:sqrt r:temperature ALG:$al rdCE:velocityOfSound C:MoistAir C:Air E:$ext[Modelica.Icons.Package] c:T E:$ext[Modelica.Icons.Record] c:p C:BaseProps_Tpoly C:Common E:$ext[Modelica.Icons.VariantsPackage] r:npol $bnd:npol M:$mod c:npolHeatCapacity $bnd:0 M:$mod c:h0 c:T_max $bnd:0.1 M:$mod c:MM_const $bnd:true M:fixedX r:Modelica.Media.Interfaces.Choices.IndependentVariables.pT r:Modelica.Media.Interfaces.Choices.IndependentVariables.T r:enthalpyOfT $bnd:if enthalpyOfT then Modelica.Media.Interfaces.Choices.IndependentVariables.T else Modelica.Media.Interfaces.Choices.IndependentVariables.pT M:ThermoStates r:T_min $bnd:T_min M:min r:T_max $bnd:T_max M:max M:Temperature D:$derived[Common.BaseProps_Tpoly] rdC:ThermodynamicState M:ThermodynamicState $bnd:true M:reducedX $bnd:"tableMedium" M:mediumName $bnd:true M:singleState $bnd:101300.0 M:reference_p M:$mod E:$ext[Modelica.Media.Interfaces.PartialMedium] $bnd:298.15 M:$mod c:T_start r:.Modelica.SIunits.Conversions.to_bar r:p $bnd:.Modelica.SIunits.Conversions.to_bar(p) M:p_bar r:T_start $bnd:T_start - 273.15 M:start r:.Modelica.SIunits.Conversions.to_degC r:T $bnd:.Modelica.SIunits.Conversions.to_degC(T) M:T_degC r:T_start $bnd:T_start M:start r:StateSelect.prefer r:StateSelect.default r:preferredMediumStates $bnd:if preferredMediumStates then StateSelect.prefer else StateSelect.default M:stateSelect M:T $bnd:true M:standardOrderComponents M:$mod r:T_min r:R r:Modelica.Constants.R r:MM r:.AssertionLevel.error r:MM_const r:Polynomials_Temp.evaluate r:T r:String r:T_max r:T_degC r:h r:cp r:TinK r:densityOfT r:d r:enthalpyOfT r:poly_Cp r:hasDensity r:h_T r:h_pT r:p r:mediumName r:singleState r:reference_p r:poly_rho r:state.p r:state.T r:u EQ:$eq c:cp rdCE:BaseProperties $bnd:273.15 M:$mod c:T0 c:dy E:$ext[Modelica.Icons.Function] r:n r:dy FI:j FS:$for r:du r:j r:size r:p r:u ALG:$al c:du 0:end $dims:[:] c:p r:size r:p $bnd:size(p, 1) M:$mod c:n c:u C:evaluate_der 0:end $dims:[:] c:p E:$ext[Modelica.Icons.Function] r:p FI:j FS:$for r:j r:u r:size r:y ALG:$al c:u c:y C:evaluate 0:end $dims:[:] c:p E:$ext[Modelica.Icons.Function] r:p r:j FI:j FS:$for r:n r:u r:size r:y ALG:$al r:size r:p $bnd:size(p, 1) M:$mod c:n c:u c:y C:derivativeValue E:$ext[Modelica.Icons.Package] c:dy E:$ext[Modelica.Icons.Function] r:p r:dy r:du r:secondDerivativeValue r:u ALG:$al c:du 0:end $dims:[:] c:p r:size r:p $bnd:size(p, 1) M:$mod c:n c:u C:derivativeValue_der c:uMax 0:end $dims:[:] c:p E:$ext[Modelica.Icons.Function] r:uMax r:p r:evaluate r:evaluate_der r:u r:uMin r:y ALG:$al c:u c:uMin c:y C:evaluateWithRange 0:end $dims:[:] c:p c:du E:$ext[Modelica.Icons.Function] r:u r:evaluate_der r:dy r:du r:p r:uMax r:uMin ALG:$al c:dy c:uMax c:u c:uMin C:evaluateWithRange_der 0:end $dims:[:] c:p $bnd:0.0 M:$mod c:integral E:$ext[Modelica.Icons.Function] r:n r:integral FI:j FS:$for r:j r:u_high r:p r:y_low r:u_low ALG:$al r:size r:p $bnd:size(p, 1) M:$mod c:n $bnd:0 M:$mod c:u_low c:u_high $bnd:0 M:$mod c:y_low C:integralValue $bnd:1 M:min M:$mod c:n E:$ext[Modelica.Icons.Function] r:n r:V FI:j FI:i FS:$for r:Modelica.Math.Matrices.leastSquares r:j r:i r:size r:ones r:p r:u r:y ALG:$al r:size r:u 0:size(u, 1) r:n 1:n + 1 $dims:[size(u, 1),n + 1] c:V 0:end $dims:[:] c:u r:n 0:n + 1 $dims:[n + 1] c:p r:size r:u 0:size(u, 1) $dims:[size(u, 1)] c:y C:fitting 0:end $dims:[:] c:p E:$ext[Modelica.Icons.Function] r:p r:j FI:j FS:$for r:n r:u r:size r:y ALG:$al r:size r:p $bnd:size(p, 1) M:$mod c:n c:u c:y C:secondDerivativeValue 0:end $dims:[:] c:p c:du_high E:$ext[Modelica.Icons.Function] r:evaluate r:dintegral r:du_high r:p r:u_high ALG:$al $bnd:0.0 M:$mod c:dintegral $bnd:0 M:$mod c:du_low c:u_high $bnd:0 M:$mod c:u_low C:integralValue_der C:Polynomials_Temp r:size r:tableDensity $bnd:size(tableDensity, 1) > 1 M:$mod c:densityOfT c:TinK r:singleState r:h_pT r:h_T r:p r:y r:x ALG:$al rdCE:f_nonlinear E:$ext[Modelica.Media.Common.OneNonLinearEquation] $bnd:{1,2,3,4,5} M:$mod 0:5 $dims:[5] c:dummy rdCE:f_nonlinear_Data rdCE:solve C:Internal E:$ext[Modelica.Icons.Function] r:T_min r:T r:Internal.solve r:Internal.f_nonlinear_Data r:T_max r:h r:p ALG:$al c:h c:T c:p C:T_ph c:T_min r:x r:s_T r:y ALG:$al rdCE:f_nonlinear E:$ext[Modelica.Media.Common.OneNonLinearEquation] $bnd:{1,2,3,4,5} M:$mod 0:5 $dims:[5] c:dummy rdCE:f_nonlinear_Data rdCE:solve C:Internal E:$ext[Modelica.Icons.Function] r:T_min r:T r:Internal.solve r:Internal.f_nonlinear_Data r:T_max r:s r:p ALG:$al c:p c:T c:s C:T_ps r:d r:Polynomials_Temp.evaluate r:.Modelica.SIunits.Conversions.to_degC r:TinK r:poly_rho r:state.T ALG:$al rdCE:density $bnd:true M:$mod c:enthalpyOfT r:eta r:Polynomials_Temp.evaluate r:.Modelica.Math.exp r:assert r:size r:mediumName r:poly_eta r:tableViscosity r:state.T ALG:$al rdCE:dynamicViscosity r:size r:tableHeatCapacity $bnd:not size(tableHeatCapacity, 1) == 0 M:$mod c:hasHeatCapacity c:T E:$ext[Modelica.Icons.Function] r:T r:Polynomials_Temp.evaluate r:.Modelica.SIunits.Conversions.to_degC r:dh r:TinK r:dT r:poly_Cp ALG:$al c:dT c:dh C:h_T_der c:T E:$ext[Modelica.Icons.Function] r:h r:T r:Polynomials_Temp.integralValue r:.Modelica.SIunits.Conversions.to_degC r:TinK r:T0 r:h0 r:poly_Cp ALG:$al c:h C:h_T r:size r:tableDensity $bnd:not size(tableDensity, 1) == 0 M:$mod c:hasDensity c:T E:$ext[Modelica.Icons.Function] r:h r:T r:Polynomials_Temp.evaluate r:.Modelica.SIunits.Conversions.to_degC r:Polynomials_Temp.derivativeValue r:Polynomials_Temp.integralValue r:TinK r:T0 r:densityOfT r:p r:h0 r:poly_rho r:poly_Cp r:reference_p ALG:$al c:h $bnd:false M:$mod c:densityOfT c:p C:h_pT r:size r:tableViscosity $bnd:size(tableViscosity, 1) M:$mod c:neta r:size r:tableViscosity $bnd:not size(tableViscosity, 1) == 0 M:$mod c:hasViscosity r:size r:tableVaporPressure $bnd:not size(tableVaporPressure, 1) == 0 M:$mod c:hasVaporPressure r:fill r:TinK r:.Modelica.SIunits.Conversions.from_degC r:size r:neta r:tableViscosity $bnd:if size(tableViscosity, 1) > 0 then if TinK then 1 ./ tableViscosity[:,1] else 1 ./ .Modelica.SIunits.Conversions.from_degC(tableViscosity[:,1]) else fill(0, neta) M:$mod r:neta 0:neta $dims:[neta] c:invTK r:npol $bnd:npol M:$mod c:npolConductivity $bnd:2 M:$mod c:npol r:npol $bnd:npol M:$mod c:npolDensity r:p r:ThermodynamicState r:T_ps r:state r:s ALG:$al rdCE:setState_psX r:hasDensity r:Polynomials_Temp.fitting r:tableDensity r:npolDensity r:zeros $bnd:if hasDensity then Polynomials_Temp.fitting(tableDensity[:,1], tableDensity[:,2], npolDensity) else zeros(npolDensity + 1) M:$mod 0:end $dims:[:] c:poly_rho r:npol $bnd:npol M:$mod c:npolViscosity r:npol $bnd:npol M:$mod c:npolVaporPressure r:hasViscosity r:Polynomials_Temp.fitting r:.Modelica.Math.log r:npolViscosity r:invTK r:tableViscosity r:zeros $bnd:if hasViscosity then Polynomials_Temp.fitting(invTK, .Modelica.Math.log(tableViscosity[:,2]), npolViscosity) else zeros(npolViscosity + 1) M:$mod 0:end $dims:[:] c:poly_eta r:hasHeatCapacity r:Polynomials_Temp.fitting r:tableHeatCapacity r:npolHeatCapacity r:zeros $bnd:if hasHeatCapacity then Polynomials_Temp.fitting(tableHeatCapacity[:,1], tableHeatCapacity[:,2], npolHeatCapacity) else zeros(npolHeatCapacity + 1) M:$mod 0:end $dims:[:] c:poly_Cp r:size r:Polynomials_Temp.fitting r:npolConductivity r:tableConductivity r:zeros $bnd:if size(tableConductivity, 1) > 0 then Polynomials_Temp.fitting(tableConductivity[:,1], tableConductivity[:,2], npolConductivity) else zeros(npolConductivity + 1) M:$mod 0:end $dims:[:] c:poly_lam r:state_a.p r:ThermodynamicState r:Media.Common.smoothStep r:state r:state_a.T r:x r:state_b.p r:state_b.T r:x_small ALG:$al rdCE:setSmoothState $bnd:0 M:$mod c:s0 r:p r:state.p ALG:$al rdCE:pressure c:T E:$ext[Modelica.Icons.Function] r:T r:Modelica.Math.log r:.Modelica.SIunits.Conversions.to_degC r:Modelica.Constants.T_zero r:Polynomials_Temp.integralValue r:Polynomials_Temp.evaluate r:poly_Cp r:TinK r:T0 r:npol r:s r:s0 ALG:$al c:s C:s_T r:p r:ThermodynamicState r:T r:state ALG:$al rdCE:setState_pTX r:assert ALG:$al rdCE:setState_dTX r:p r:ThermodynamicState r:T_ph r:h r:state ALG:$al rdCE:setState_phX 0:end 1:2 $dims:[:,2] c:tableDensity r:hasHeatCapacity r:assert r:Polynomials_Temp.evaluate r:TinK r:cv r:poly_Cp r:mediumName r:state.T ALG:$al rdCE:specificHeatCapacityCv r:s r:hasHeatCapacity r:assert r:mediumName r:s_T r:state.T ALG:$al r:size r:poly_Cp $bnd:size(poly_Cp, 1) - 1 M:$mod c:npol rdCE:specificEntropy r:h_pT r:h r:enthalpyOfT r:h_T r:state.T r:state.p ALG:$al rdCE:specificEnthalpy r:hasHeatCapacity r:assert r:Polynomials_Temp.evaluate r:TinK r:cp r:poly_Cp r:mediumName r:state.T ALG:$al rdCE:specificHeatCapacityCp 0:end 1:2 $dims:[:,2] c:tableConductivity r:reference_p r:h_T r:enthalpyOfT r:density r:h_pT r:state.T r:singleState r:state r:u r:state.p ALG:$al rdCE:specificInternalEnergy 0:end 1:2 $dims:[:,2] c:tableVaporPressure 0:end 1:2 $dims:[:,2] c:tableHeatCapacity r:T r:state.T ALG:$al rdCE:temperature 0:end 1:2 $dims:[:,2] c:tableViscosity r:lambda r:TinK r:Polynomials_Temp.evaluate r:.Modelica.SIunits.Conversions.to_degC r:assert r:size r:mediumName r:poly_lam r:tableConductivity r:state.T ALG:$al rdCE:thermalConductivity C:TableBased C:Incompressible E:$ext[Modelica.Icons.VariantsPackage] c:MM c:H0 E:$ext[Modelica.Icons.Record] c:Hf 0:7 $dims:[7] c:alow c:Tlimit c:R 0:7 $dims:[7] c:ahigh 0:2 $dims:[2] c:blow 0:2 $dims:[2] c:bhigh c:name C:DataRecord E:$ext[Modelica.Icons.Package] $bnd:true M:$mod c:excludeEnthalpyOfFormation c:T E:$ext[Modelica.Icons.Function] r:cp r:T r:data.R r:data.alow ALG:$al c:data c:cp C:cp_Tlow E:$ext[Modelica.Icons.Package] c:T E:$ext[Modelica.Icons.Function] r:dT r:cp_der r:T r:data.R r:data.alow ALG:$al c:dT c:cp_der c:data C:cp_Tlow_der $bnd:0.0 M:$mod c:h_offset r:excludeEnthalpyOfFormation $bnd:excludeEnthalpyOfFormation M:$mod c:exclEnthForm c:T E:$ext[Modelica.Icons.Function] r:data.alow r:T r:.Modelica.Media.Interfaces.Choices.ReferenceEnthalpy.ZeroAt0K r:.Modelica.Media.Interfaces.Choices.ReferenceEnthalpy.UserDefined r:Math.log r:data.Hf r:data.H0 r:data.R r:exclEnthForm r:data.blow r:h_off r:h r:refChoice ALG:$al c:data r:h_offset $bnd:h_offset M:$mod c:h_off c:h r:referenceChoice $bnd:referenceChoice M:$mod c:refChoice C:h_Tlow r:excludeEnthalpyOfFormation $bnd:excludeEnthalpyOfFormation M:$mod c:exclEnthForm c:T E:$ext[Modelica.Icons.Function] r:dT r:Modelica.Media.IdealGases.Common.Functions.cp_Tlow r:T r:h_der r:data ALG:$al c:data $bnd:"K/s" M:unit M:$mod c:dT r:h_offset $bnd:h_offset M:$mod c:h_off $bnd:"J/(kg.s)" M:unit M:$mod c:h_der r:referenceChoice $bnd:referenceChoice M:$mod c:refChoice C:h_Tlow_der c:T E:$ext[Modelica.Icons.Function] r:data.R r:T r:Math.log r:data.blow r:data.alow r:s ALG:$al c:data c:s C:s0_Tlow r:Modelica.Media.Interfaces.Choices.ReferenceEnthalpy.ZeroAt0K $bnd:Modelica.Media.Interfaces.Choices.ReferenceEnthalpy.ZeroAt0K M:$mod c:referenceChoice c:T E:$ext[Modelica.Icons.Function] r:data.R r:T r:Math.log r:data.blow r:data.alow r:s ALG:$al c:data c:T_der c:s C:s0_Tlow_der C:Functions $bnd:22064000.0 M:criticalPressure $bnd:"H2O" M:chemicalFormula $bnd:"7732-18-5" M:casRegistryNumber $bnd:0.344 M:acentricFactor $bnd:5.595e-005 M:criticalMolarVolume $bnd:"oxidane" M:iupacName $bnd:true M:hasCriticalData $bnd:1.8 M:dipoleMoment $bnd:647.096 M:criticalTemperature $bnd:true M:hasAcentricFactor $bnd:true M:hasDipoleMoment $bnd:true M:hasIdealGasHeatCapacity $bnd:373.124 M:normalBoilingPoint $bnd:273.15 M:meltingPoint r:SingleGasesData.H2O.MM $bnd:SingleGasesData.H2O.MM M:molarMass $bnd:"H2O" M:structureFormula M:$mod c:H2O E:$ext[Modelica.Icons.Package] $bnd:3398000.0 M:criticalPressure $bnd:"N2" M:chemicalFormula $bnd:"7727-37-9" M:casRegistryNumber $bnd:0.037 M:acentricFactor $bnd:9.009999999999999e-005 M:criticalMolarVolume $bnd:"unknown" M:iupacName $bnd:true M:hasCriticalData $bnd:0.0 M:dipoleMoment $bnd:126.2 M:criticalTemperature $bnd:true M:hasAcentricFactor $bnd:true M:hasDipoleMoment $bnd:true M:hasIdealGasHeatCapacity $bnd:77.34999999999999 M:normalBoilingPoint $bnd:63.15 M:meltingPoint r:SingleGasesData.N2.MM $bnd:SingleGasesData.N2.MM M:molarMass $bnd:"unknown" M:structureFormula M:$mod c:N2 C:FluidData $bnd:0.07013290000000001 M:MM $bnd:-303423.9279995551 M:Hf $bnd:309127.3852927798 M:H0 $bnd:{-534054.813,9298.917380000001,-56.6779245,0.2123100266,-0.000257129829,1.666834304e-007,-4.43408047e-011} M:alow $bnd:1000 M:Tlimit $bnd:118.5530899192818 M:R $bnd:{3744014.97,-21044.85321,47.3612699,-0.00042442012,-3.89897505e-008,1.367074243e-011,-9.31319423e-016} M:ahigh $bnd:{-47906.8218,339.60364} M:blow $bnd:{115409.1373,-278.6177449000001} M:bhigh $bnd:"C5H10_1_pentene" M:name M:$mod c:C5H10_1_pentene $bnd:0.04606844 M:MM $bnd:-5100020.751733725 M:Hf $bnd:315659.1801241805 M:H0 $bnd:{-234279.1392,4479.18055,-27.44817302,0.1088679162,-0.0001305309334,8.437346399999999e-008,-2.234559017e-011} M:alow $bnd:1000 M:Tlimit $bnd:180.4808671619877 M:R $bnd:{4694817.65,-19297.98213,34.4758404,-0.00323616598,5.78494772e-007,-5.56460027e-011,2.2262264e-015} M:ahigh $bnd:{-50222.29,176.4829211} M:blow $bnd:{86016.22709999999,-203.4801732} M:bhigh $bnd:"C2H5OH" M:name M:$mod c:C2H5OH $bnd:0.02603728 M:MM $bnd:15930556.80163212 M:Hf $bnd:417638.4015534649 M:H0 $bnd:{-14660.42239,278.9475593,1.276229776,0.01395015463,-1.475702649e-005,9.476298110000001e-009,-2.567602217e-012} M:alow $bnd:1000 M:Tlimit $bnd:319.3295152181795 M:R $bnd:{1940838.725,-6892.718150000001,13.39582494,-0.0009368968669999999,1.470804368e-007,-1.220040365e-011,4.12239166e-016} M:ahigh $bnd:{47361.1018,16.58225704} M:blow $bnd:{91071.1293,-63.3750293} M:bhigh $bnd:"C2H2_vinylidene" M:name M:$mod c:C2H2_vinylidene $bnd:0.0289651159 M:MM $bnd:-4333.833858403446 M:Hf $bnd:298609.6803431054 M:H0 $bnd:{10099.5016,-196.827561,5.00915511,-0.00576101373,1.06685993e-005,-7.94029797e-009,2.18523191e-012} M:alow $bnd:1000 M:Tlimit $bnd:287.0512249529787 M:R $bnd:{241521.443,-1257.8746,5.14455867,-0.000213854179,7.06522784e-008,-1.07148349e-011,6.57780015e-016} M:ahigh $bnd:{-176.796731,-3.921504225} M:blow $bnd:{6462.26319,-8.147411905} M:bhigh $bnd:"Air" M:name M:$mod c:Air E:$ext[Modelica.Icons.Package] $bnd:0.039948 M:MM $bnd:0 M:Hf $bnd:155137.3785921698 M:H0 $bnd:{0,0,2.5,0,0,0,0} M:alow $bnd:1000 M:Tlimit $bnd:208.1323720837088 M:R $bnd:{20.10538475,-0.05992661069999999,2.500069401,-3.99214116e-008,1.20527214e-011,-1.819015576e-015,1.078576636e-019} M:ahigh $bnd:{-745.375,4.37967491} M:blow $bnd:{-744.993961,4.37918011} M:bhigh $bnd:"Ar" M:name M:$mod c:Ar $bnd:0.02805316 M:MM $bnd:1871446.924339362 M:Hf $bnd:374955.5843263291 M:H0 $bnd:{-116360.5836,2554.85151,-16.09746428,0.0662577932,-7.885081859999999e-005,5.12522482e-008,-1.370340031e-011} M:alow $bnd:1000 M:Tlimit $bnd:296.3827247982046 M:R $bnd:{3408763.67,-13748.47903,23.65898074,-0.002423804419,4.43139566e-007,-4.35268339e-011,1.775410633e-015} M:ahigh $bnd:{-6176.19107,109.3338343} M:blow $bnd:{88204.2938,-137.1278108} M:bhigh $bnd:"C2H4" M:name M:$mod c:C2H4 $bnd:0.0581222 M:MM $bnd:-2164233.28779709 M:Hf $bnd:330832.0228759407 M:H0 $bnd:{-317587.254,6176.331819999999,-38.9156212,0.1584654284,-0.0001860050159,1.199676349e-007,-3.20167055e-011} M:alow $bnd:1000 M:Tlimit $bnd:143.0515706563069 M:R $bnd:{7682322.45,-32560.5151,57.3673275,-0.00619791681,1.180186048e-006,-1.221893698e-010,5.250635250000001e-015} M:ahigh $bnd:{-45403.63390000001,237.9488665} M:blow $bnd:{177452.656,-358.791876} M:bhigh $bnd:"C4H10_n_butane" M:name M:$mod c:C4H10_n_butane $bnd:0.04207974 M:MM $bnd:475288.1077687267 M:Hf $bnd:322020.9535515191 M:H0 $bnd:{-191246.2174,3542.07424,-21.14878626,0.0890148479,-0.0001001429154,6.267959389999999e-008,-1.637870781e-011} M:alow $bnd:1000 M:Tlimit $bnd:197.588483198803 M:R $bnd:{5017620.34,-20860.84035,36.4415634,-0.00388119117,7.27867719e-007,-7.321204500000001e-011,3.052176369e-015} M:ahigh $bnd:{-15299.61824,140.7641382} M:blow $bnd:{126124.5355,-219.5715757} M:bhigh $bnd:"C3H6_propylene" M:name M:$mod c:C3H6_propylene $bnd:0.03006904 M:MM $bnd:-2788633.890539904 M:Hf $bnd:395476.3437741943 M:H0 $bnd:{-186204.4161,3406.19186,-19.51705092,0.0756583559,-8.204173219999999e-005,5.0611358e-008,-1.319281992e-011} M:alow $bnd:1000 M:Tlimit $bnd:276.5127187299628 M:R $bnd:{5025782.13,-20330.22397,33.2255293,-0.00383670341,7.23840586e-007,-7.3191825e-011,3.065468699e-015} M:ahigh $bnd:{-27029.3289,129.8140496} M:blow $bnd:{111596.395,-203.9410584} M:bhigh $bnd:"C2H6" M:name M:$mod c:C2H6 $bnd:0.04409562 M:MM $bnd:-2373931.923397381 M:Hf $bnd:334301.1845620949 M:H0 $bnd:{-243314.4337,4656.27081,-29.39466091,0.1188952745,-0.0001376308269,8.814823909999999e-008,-2.342987994e-011} M:alow $bnd:1000 M:Tlimit $bnd:188.5555073270316 M:R $bnd:{6420731.680000001,-26597.91134,45.3435684,-0.00502066392,9.471216939999999e-007,-9.57540523e-011,4.00967288e-015} M:ahigh $bnd:{-35403.3527,184.1749277} M:blow $bnd:{145558.2459,-281.8374734} M:bhigh $bnd:"C3H8" M:name M:$mod c:C3H8 $bnd:0.05610631999999999 M:MM $bnd:-9624.584182316717 M:Hf $bnd:305134.9651875226 M:H0 $bnd:{-272149.2014,5100.079250000001,-31.8378625,0.1317754442,-0.0001527359339,9.714761109999999e-008,-2.56020447e-011} M:alow $bnd:1000 M:Tlimit $bnd:148.1913623991023 M:R $bnd:{6257948.609999999,-26603.76305,47.6492005,-0.00438326711,7.12883844e-007,-5.991020839999999e-011,2.051753504e-015} M:ahigh $bnd:{-25230.96386,200.6932108} M:blow $bnd:{156925.2657,-291.3869761} M:bhigh $bnd:"C4H8_1_butene" M:name M:$mod c:C4H8_1_butene $bnd:0.0280101 M:MM $bnd:-3946262.098314536 M:Hf $bnd:309570.6191695138 M:H0 $bnd:{14890.45326,-292.2285939,5.72452717,-0.008176235030000001,1.456903469e-005,-1.087746302e-008,3.027941827e-012} M:alow $bnd:1000 M:Tlimit $bnd:296.8383547363272 M:R $bnd:{461919.725,-1944.704863,5.91671418,-0.0005664282830000001,1.39881454e-007,-1.787680361e-011,9.62093557e-016} M:ahigh $bnd:{-13031.31878,-7.85924135} M:blow $bnd:{-2466.261084,-13.87413108} M:bhigh $bnd:"CO" M:name M:$mod c:CO $bnd:0.10020194 M:MM $bnd:-1874015.612871368 M:Hf $bnd:331540.487140269 M:H0 $bnd:{-612743.289,11840.85437,-74.87188599999999,0.2918466052,-0.000341679549,2.159285269e-007,-5.65585273e-011} M:alow $bnd:1000 M:Tlimit $bnd:82.97715593131232 M:R $bnd:{9135632.469999999,-39233.1969,78.8978085,-0.00465425193,2.071774142e-006,-3.4425393e-010,1.976834775e-014} M:ahigh $bnd:{-80134.0894,440.721332} M:blow $bnd:{205070.8295,-485.110402} M:bhigh $bnd:"C7H16_n_heptane" M:name M:$mod c:C7H16_n_heptane $bnd:0.07811184 M:MM $bnd:1061042.730525872 M:Hf $bnd:181735.4577743912 M:H0 $bnd:{-167734.0902,4404.50004,-37.1737791,0.1640509559,-0.0002020812374,1.307915264e-007,-3.4442841e-011} M:alow $bnd:1000 M:Tlimit $bnd:106.4431717393932 M:R $bnd:{4538575.72,-22605.02547,46.940073,-0.004206676830000001,7.90799433e-007,-7.9683021e-011,3.32821208e-015} M:ahigh $bnd:{-10354.55401,216.9853345} M:blow $bnd:{139146.4686,-286.8751333} M:bhigh $bnd:"C6H6" M:name M:$mod c:C6H6 $bnd:0.08415948000000001 M:MM $bnd:-498458.4030224521 M:Hf $bnd:311788.9986962847 M:H0 $bnd:{-666883.165,11768.64939,-72.7099833,0.2709398396,-0.00033332464,2.182347097e-007,-5.85946882e-011} M:alow $bnd:1000 M:Tlimit $bnd:98.79424159940152 M:R $bnd:{733290.696,-14488.48641,46.7121549,0.00317297847,-5.24264652e-007,4.28035582e-011,-1.472353254e-015} M:ahigh $bnd:{-62157.8054,428.682564} M:blow $bnd:{66977.4041,-262.3643854} M:bhigh $bnd:"C6H12_1_hexene" M:name M:$mod c:C6H12_1_hexene $bnd:0.07214878 M:MM $bnd:-2034130.029641527 M:Hf $bnd:335196.2430965569 M:H0 $bnd:{-276889.4625,5834.28347,-36.1754148,0.1533339707,-0.0001528395882,8.191092e-008,-1.792327902e-011} M:alow $bnd:1000 M:Tlimit $bnd:115.2406457877736 M:R $bnd:{-2530779.286,-8972.59326,45.3622326,-0.002626989916,3.135136419e-006,-5.31872894e-010,2.886896868e-014} M:ahigh $bnd:{-46653.7525,226.5544053} M:blow $bnd:{14846.16529,-251.6550384} M:bhigh $bnd:"C5H12_n_pentane" M:name M:$mod c:C5H12_n_pentane $bnd:0.08617535999999999 M:MM $bnd:-1936980.593988816 M:Hf $bnd:333065.0431863586 M:H0 $bnd:{-581592.67,10790.97724,-66.3394703,0.2523715155,-0.0002904344705,1.802201514e-007,-4.617223680000001e-011} M:alow $bnd:1000 M:Tlimit $bnd:96.48317105956971 M:R $bnd:{-3106625.684,-7346.087920000001,46.94131760000001,0.001693963977,2.068996667e-006,-4.21214168e-010,2.452345845e-014} M:ahigh $bnd:{-72715.4457,393.828354} M:blow $bnd:{523.750312,-254.9967718} M:bhigh $bnd:"C6H14_n_hexane" M:name M:$mod c:C6H14_n_hexane $bnd:0.09818605999999999 M:MM $bnd:-639194.6066478277 M:Hf $bnd:313588.3036756949 M:H0 $bnd:{-744940.284,13321.79893,-82.81694379999999,0.3108065994,-0.000378677992,2.446841042e-007,-6.488763869999999e-011} M:alow $bnd:1000 M:Tlimit $bnd:84.68077851377274 M:R $bnd:{-1927608.174,-9125.024420000002,47.4817797,0.00606766053,-8.68485908e-007,5.81399526e-011,-1.473979569e-015} M:ahigh $bnd:{-72178.8501,485.667149} M:blow $bnd:{26009.14656,-256.2880707} M:bhigh $bnd:"C7H14_1_heptene" M:name M:$mod c:C7H14_1_heptene $bnd:0.03204186 M:MM $bnd:-6271171.523750494 M:Hf $bnd:356885.5553329301 M:H0 $bnd:{-241664.2886,4032.14719,-20.46415436,0.0690369807,-7.59893269e-005,4.59820836e-008,-1.158706744e-011} M:alow $bnd:1000 M:Tlimit $bnd:259.4878075117987 M:R $bnd:{3411570.76,-13455.00201,22.61407623,-0.002141029179,3.73005054e-007,-3.49884639e-011,1.366073444e-015} M:ahigh $bnd:{-44332.61169999999,140.014219} M:blow $bnd:{56360.8156,-127.7814279} M:bhigh $bnd:"CH3OH" M:name M:$mod c:CH3OH $bnd:0.106165 M:MM $bnd:281825.4603682946 M:Hf $bnd:209862.0072528611 M:H0 $bnd:{-469494,9307.16836,-65.2176947,0.2612080237,-0.000318175348,2.051355473e-007,-5.40181735e-011} M:alow $bnd:1000 M:Tlimit $bnd:78.31650732350586 M:R $bnd:{5551564.100000001,-28313.80598,60.6124072,0.001042112857,-1.327426719e-006,2.166031743e-010,-1.142545514e-014} M:ahigh $bnd:{-40738.7021,378.090436} M:blow $bnd:{164224.1062,-369.176982} M:bhigh $bnd:"C8H10_ethylbenz" M:name M:$mod c:C8H10_ethylbenz $bnd:0.11422852 M:MM $bnd:-1827477.060895125 M:Hf $bnd:330740.51909278 M:H0 $bnd:{-698664.715,13385.01096,-84.1516592,0.327193666,-0.000377720959,2.339836988e-007,-6.01089265e-011} M:alow $bnd:1000 M:Tlimit $bnd:72.78805678301707 M:R $bnd:{6365406.949999999,-31053.64657,69.6916234,0.01048059637,-4.12962195e-006,5.543226319999999e-010,-2.651436499e-014} M:ahigh $bnd:{-90262.2325,493.922214} M:blow $bnd:{150096.8785,-416.989565} M:bhigh $bnd:"C8H18_n_octane" M:name M:$mod c:C8H18_n_octane $bnd:0.01604246 M:MM $bnd:-4650159.63885838 M:Hf $bnd:624355.7409524474 M:H0 $bnd:{-176685.0998,2786.18102,-12.0257785,0.0391761929,-3.61905443e-005,2.026853043e-008,-4.976705489999999e-012} M:alow $bnd:1000 M:Tlimit $bnd:518.2791167938085 M:R $bnd:{3730042.76,-13835.01485,20.49107091,-0.001961974759,4.72731304e-007,-3.72881469e-011,1.623737207e-015} M:ahigh $bnd:{-23313.1436,89.0432275} M:blow $bnd:{75320.6691,-121.9124889} M:bhigh $bnd:"CH4" M:name M:$mod c:CH4 $bnd:0.07090600000000001 M:MM $bnd:0 M:Hf $bnd:129482.8364313316 M:H0 $bnd:{34628.1517,-554.712652,6.20758937,-0.002989632078,3.17302729e-006,-1.793629562e-009,4.260043590000001e-013} M:alow $bnd:1000 M:Tlimit $bnd:117.2604857134798 M:R $bnd:{6092569.42,-19496.27662,28.54535795,-0.01449968764,4.46389077e-006,-6.35852586e-010,3.32736029e-014} M:ahigh $bnd:{1534.069331,-9.438331107} M:blow $bnd:{121211.7724,-169.0778824} M:bhigh $bnd:"CL2" M:name M:$mod c:CL2 $bnd:0.01703052 M:MM $bnd:-2697510.117130892 M:Hf $bnd:589713.1150428759 M:H0 $bnd:{-76812.26149999999,1270.951578,-3.89322913,0.02145988418,-2.183766703e-005,1.317385706e-008,-3.33232206e-012} M:alow $bnd:1000 M:Tlimit $bnd:488.2101075011215 M:R $bnd:{2452389.535,-8040.89424,12.71346201,-0.000398018658,3.55250275e-008,2.53092357e-012,-3.32270053e-016} M:ahigh $bnd:{-12648.86413,43.66014588} M:blow $bnd:{43861.91959999999,-64.62330602} M:bhigh $bnd:"NH3" M:name M:$mod c:NH3 $bnd:0.01801528 M:MM $bnd:-13423382.81725291 M:Hf $bnd:549760.6476280135 M:H0 $bnd:{-39479.6083,575.5731019999999,0.931782653,0.00722271286,-7.34255737e-006,4.95504349e-009,-1.336933246e-012} M:alow $bnd:1000 M:Tlimit $bnd:461.5233290850878 M:R $bnd:{1034972.096,-2412.698562,4.64611078,0.002291998307,-6.836830479999999e-007,9.426468930000001e-011,-4.82238053e-015} M:ahigh $bnd:{-33039.7431,17.24205775} M:blow $bnd:{-13842.86509,-7.97814851} M:bhigh $bnd:"H2O" M:name M:$mod c:H2O $bnd:0.0379968064 M:MM $bnd:0 M:Hf $bnd:232259.1511269747 M:H0 $bnd:{10181.76308,22.74241183,1.97135304,0.008151604010000001,-1.14896009e-005,7.95865253e-009,-2.167079526e-012} M:alow $bnd:1000 M:Tlimit $bnd:218.8202848542556 M:R $bnd:{-2941167.79,9456.5977,-7.73861615,0.00764471299,-2.241007605e-006,2.915845236e-010,-1.425033974e-014} M:ahigh $bnd:{-958.6943,11.30600296} M:blow $bnd:{-60710.0561,84.23835080000001} M:bhigh $bnd:"F2" M:name M:$mod c:F2 $bnd:0.0440095 M:MM $bnd:-8941478.544405185 M:Hf $bnd:212805.6215135368 M:H0 $bnd:{49436.5054,-626.411601,5.30172524,0.002503813816,-2.127308728e-007,-7.68998878e-010,2.849677801e-013} M:alow $bnd:1000 M:Tlimit $bnd:188.9244822140674 M:R $bnd:{117696.2419,-1788.791477,8.291523189999999,-9.22315678e-005,4.86367688e-009,-1.891053312e-012,6.330036589999999e-016} M:ahigh $bnd:{-45281.9846,-7.04827944} M:blow $bnd:{-39083.5059,-26.52669281} M:bhigh $bnd:"CO2" M:name M:$mod c:CO2 $bnd:0.00201588 M:MM $bnd:0 M:Hf $bnd:4200697.462150524 M:H0 $bnd:{40783.2321,-800.918604,8.21470201,-0.01269714457,1.753605076e-005,-1.20286027e-008,3.36809349e-012} M:alow $bnd:1000 M:Tlimit $bnd:4124.487568704486 M:R $bnd:{560812.801,-837.150474,2.975364532,0.001252249124,-3.74071619e-007,5.936625200000001e-011,-3.6069941e-015} M:ahigh $bnd:{2682.484665,-30.43788844} M:blow $bnd:{5339.82441,-2.202774769} M:bhigh $bnd:"H2" M:name M:$mod c:H2 $bnd:0.0280134 M:MM $bnd:0 M:Hf $bnd:309498.4543111511 M:H0 $bnd:{22103.71497,-381.846182,6.08273836,-0.00853091441,1.384646189e-005,-9.62579362e-009,2.519705809e-012} M:alow $bnd:1000 M:Tlimit $bnd:296.8033869505308 M:R $bnd:{587712.406,-2239.249073,6.06694922,-0.00061396855,1.491806679e-007,-1.923105485e-011,1.061954386e-015} M:ahigh $bnd:{710.846086,-10.76003744} M:blow $bnd:{12832.10415,-15.86640027} M:bhigh $bnd:"N2" M:name M:$mod c:N2 $bnd:0.004002602 M:MM $bnd:0 M:Hf $bnd:1548349.798456104 M:H0 $bnd:{0,0,2.5,0,0,0,0} M:alow $bnd:1000 M:Tlimit $bnd:2077.26673798694 M:R $bnd:{0,0,2.5,0,0,0,0} M:ahigh $bnd:{-745.375,0.9287239740000001} M:blow $bnd:{-745.375,0.9287239740000001} M:bhigh $bnd:"He" M:name M:$mod c:He $bnd:0.0440128 M:MM $bnd:1854006.107314236 M:Hf $bnd:217685.1961247637 M:H0 $bnd:{42882.2597,-644.011844,6.03435143,0.0002265394436,3.47278285e-006,-3.62774864e-009,1.137969552e-012} M:alow $bnd:1000 M:Tlimit $bnd:188.9103169986913 M:R $bnd:{343844.804,-2404.557558,9.125636220000001,-0.000540166793,1.315124031e-007,-1.4142151e-011,6.38106687e-016} M:ahigh $bnd:{11794.05506,-10.0312857} M:blow $bnd:{21986.32638,-31.47805016} M:bhigh $bnd:"N2O" M:name M:$mod c:N2O $bnd:0.0319988 M:MM $bnd:0 M:Hf $bnd:271263.4223783392 M:H0 $bnd:{-34255.6342,484.700097,1.119010961,0.00429388924,-6.83630052e-007,-2.0233727e-009,1.039040018e-012} M:alow $bnd:1000 M:Tlimit $bnd:259.8369938872708 M:R $bnd:{-1037939.022,2344.830282,1.819732036,0.001267847582,-2.188067988e-007,2.053719572e-011,-8.193467050000001e-016} M:ahigh $bnd:{-3391.45487,18.4969947} M:blow $bnd:{-16890.10929,17.38716506} M:bhigh $bnd:"O2" M:name M:$mod c:O2 $bnd:0.0460055 M:MM $bnd:743237.6346306421 M:Hf $bnd:221890.3174620426 M:H0 $bnd:{-56420.3878,963.308572,-2.434510974,0.01927760886,-1.874559328e-005,9.145497730000001e-009,-1.777647635e-012} M:alow $bnd:1000 M:Tlimit $bnd:180.7277825477389 M:R $bnd:{721300.157,-3832.6152,11.13963285,-0.002238062246,6.54772343e-007,-7.6113359e-011,3.32836105e-015} M:ahigh $bnd:{-1547.925037,40.6785121} M:blow $bnd:{25024.97403,-43.0513004} M:bhigh $bnd:"NO2" M:name M:$mod c:NO2 $bnd:0.0300061 M:MM $bnd:3041758.509103149 M:Hf $bnd:305908.1320131574 M:H0 $bnd:{-11439.16503,153.6467592,3.43146873,-0.002668592368,8.48139912e-006,-7.68511105e-009,2.386797655e-012} M:alow $bnd:1000 M:Tlimit $bnd:277.0927244793559 M:R $bnd:{223901.8716,-1289.651623,5.43393603,-0.00036560349,9.880966450000001e-008,-1.416076856e-011,9.380184619999999e-016} M:ahigh $bnd:{9098.21441,6.72872549} M:blow $bnd:{17503.17656,-8.50166909} M:bhigh $bnd:"NO" M:name M:$mod c:NO $bnd:0.0201797 M:MM $bnd:0 M:Hf $bnd:307111.9986917546 M:H0 $bnd:{0,0,2.5,0,0,0,0} M:alow $bnd:1000 M:Tlimit $bnd:412.0215860493466 M:R $bnd:{0,0,2.5,0,0,0,0} M:ahigh $bnd:{-745.375,3.35532272} M:blow $bnd:{-745.375,3.35532272} M:bhigh $bnd:"Ne" M:name M:$mod c:Ne $bnd:0.0640638 M:MM $bnd:-4633037.690552231 M:Hf $bnd:164650.3485587805 M:H0 $bnd:{-53108.4214,909.031167,-2.356891244,0.02204449885,-2.510781471e-005,1.446300484e-008,-3.36907094e-012} M:alow $bnd:1000 M:Tlimit $bnd:129.7842463294403 M:R $bnd:{-112764.0116,-825.226138,7.61617863,-0.000199932761,5.65563143e-008,-5.45431661e-012,2.918294102e-016} M:ahigh $bnd:{-41137.52080000001,40.45512519} M:blow $bnd:{-33513.0869,-16.55776085} M:bhigh $bnd:"SO2" M:name M:$mod c:SO2 $bnd:0.0800632 M:MM $bnd:-4944843.573576874 M:Hf $bnd:145990.9046852986 M:H0 $bnd:{-39528.5529,620.857257,-1.437731716,0.02764126467,-3.144958662e-005,1.792798e-008,-4.12638666e-012} M:alow $bnd:1000 M:Tlimit $bnd:103.8488594010732 M:R $bnd:{-216692.3781,-1301.022399,10.96287985,-0.000383710002,8.466889039999999e-008,-9.70539929e-012,4.49839754e-016} M:ahigh $bnd:{-51841.0617,33.91331216} M:blow $bnd:{-43982.83990000001,-36.55217314} M:bhigh $bnd:"SO3" M:name M:$mod c:SO3 C:SingleGasesData C:Common C:IdealGases $bnd:"unusablePartialMedium" M:$mod c:mediumName c:d E:$ext[Modelica.Icons.Function] c:state rpC:density c:ThermoStates r:fill r:Modelica.Constants.eps r:nC $bnd:fill(Modelica.Constants.eps, nC) M:min r:ones r:nC $bnd:1e-006 * ones(nC) M:$mod r:nC 0:nC $dims:[nC] c:C_nominal E:$ext[Modelica.Media.Interfaces.Types] E:$ext[Modelica.Icons.MaterialPropertiesPackage] r:reference_X r:nXi $bnd:reference_X[1:nXi] M:start M:$mod r:nXi 0:nXi $dims:[nXi] c:Xi c:T D:$derived[.Modelica.SIunits.MassFraction] C:InputMassFraction D:$derived[.Modelica.SIunits.AbsolutePressure] C:InputAbsolutePressure r:nXi r:Xi r:String FI:i FS:$for r:.AssertionLevel.error r:X r:T r:i r:fixedX r:nX r:mediumName r:reference_X r:reducedX r:p r:substanceNames r:standardOrderComponents r:sum EQ:$eq c:MM D:$derived[.Modelica.SIunits.SpecificEnthalpy] C:InputSpecificEnthalpy c:R r:reference_X $bnd:reference_X M:start M:$mod r:nX 0:nX $dims:[nX] c:X r:Modelica.SIunits.Conversions.to_degC r:T $bnd:Modelica.SIunits.Conversions.to_degC(T) M:$mod c:T_degC c:p c:h c:d c:state $bnd:false M:$mod c:preferredMediumStates r:Modelica.SIunits.Conversions.to_bar r:p $bnd:Modelica.SIunits.Conversions.to_bar(p) M:$mod c:p_bar $bnd:true M:$mod c:standardOrderComponents c:u rpC:BaseProperties D:$derived[.Modelica.SIunits.MassFlowRate] $bnd:-100000.0 M:min $bnd:100000.0 M:max r:mediumName $bnd:"MassFlowRate." + mediumName M:quantity M:$mod C:MassFlowRate D:$derived[Modelica.Media.Interfaces.Types.Basic.FluidConstants] rpC:FluidConstants r:Modelica.SIunits.Conversions.from_degC $bnd:Modelica.SIunits.Conversions.from_degC(20) M:$mod c:T_default r:reference_X $bnd:reference_X M:$mod r:nX 0:nX $dims:[nX] c:X_default E:$ext[Modelica.Icons.Record] rpC:ThermodynamicState r:fill $bnd:fill("", 0) M:$mod 0:end $dims:[:] c:extraPropertiesNames c:ddhp E:$ext[Modelica.Icons.Function] c:state rpC:density_derh_p c:ddTp E:$ext[Modelica.Icons.Function] c:state rpC:density_derT_p r:nX 0:nX $dims:[nX] c:dddX E:$ext[Modelica.Icons.Function] c:state rpC:density_derX c:ddph E:$ext[Modelica.Icons.Function] c:state rpC:density_derp_h c:ddpT E:$ext[Modelica.Icons.Function] c:state rpC:density_derp_T c:eta E:$ext[Modelica.Icons.Function] c:state rpC:dynamicViscosity c:T E:$ext[Modelica.Icons.Function] r:density r:X r:T r:d r:setState_pTX r:p ALG:$al c:d 0:end $dims:[:] c:X c:p rpC:density_pTX c:gamma E:$ext[Modelica.Icons.Function] c:state rpC:isentropicExponent r:p_default r:T_default r:X_default r:specificEnthalpy_pTX $bnd:specificEnthalpy_pTX(p_default, T_default, X_default) M:$mod c:h_default $bnd:false M:$mod c:fixedX c:p_downstream E:$ext[Modelica.Icons.Function] c:h_is c:refState rpC:isentropicEnthalpy c:beta E:$ext[Modelica.Icons.Function] c:state rpC:isobaricExpansionCoefficient c:kappa E:$ext[Modelica.Icons.Function] c:state rpC:isothermalCompressibility r:fill r:nX $bnd:fill(1 / nX, nX) M:$mod r:nX 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$bnd:"J/kg" M:unit M:$mod C:SpecificEnergy D:$derived[Real] $bnd:"ReynoldsNumber" M:quantity $bnd:"1" M:unit M:$mod C:ReynoldsNumber D:$derived[SpecificEnergy] C:SpecificEnthalpy D:$derived[ThermodynamicTemperature] C:Temperature D:$derived[Real] $bnd:"SpecificHeatCapacity" M:quantity $bnd:"J/(kg.K)" M:unit M:$mod C:SpecificHeatCapacity D:$derived[SpecificEnergy] C:SpecificInternalEnergy D:$derived[Real] $bnd:"Time" M:quantity $bnd:"s" M:unit M:$mod C:Time D:$derived[Real] $bnd:"ThermodynamicTemperature" M:quantity $bnd:0.0 M:min $bnd:"degC" M:displayUnit $bnd:300 M:nominal $bnd:"K" M:unit $bnd:288.15 M:start M:$mod C:ThermodynamicTemperature D:$derived[Real] $bnd:"ThermalConductivity" M:quantity $bnd:"W/(m.K)" M:unit M:$mod C:ThermalConductivity D:$derived[Real] $bnd:"Volume" M:quantity $bnd:"m3" M:unit M:$mod C:Volume D:$derived[Real] $bnd:"Velocity" M:quantity $bnd:"m/s" M:unit M:$mod C:Velocity C:SIunits E:$ext[Modelica.Icons.Package] E:$ext[Modelica.Icons.Package] E:$ext[Modelica.Icons.Function] r:string ED:$ed c:string C:error C:Streams C:Utilities C:Modelica C:RealType $bnd:"" M:$mod c:quantity $bnd:0.0 M:$mod c:max c:distribution $bnd:"" M:$mod c:displayUnit $bnd:false M:$mod c:fixed $bnd:0.0 M:$mod c:min c:nominal r:StateSelect.default $bnd:StateSelect.default M:$mod c:stateSelect $bnd:0.0 M:$mod c:start $bnd:"undefined" M:$mod c:startOrigin $bnd:"" M:$mod c:unit r:Uncertainty.given $bnd:Uncertainty.given M:$mod c:uncertain C:Real c:default c:avoid c:always c:never c:prefer C:StateSelect C:StringType c:activated ED:$ed C:activated c:Disabled c:Continuous c:Periodic C:SamplingType ED:$ed C:decouple ED:$ed C:lastInterval C:Subtask r:AssertionLevel.error $bnd:AssertionLevel.error M:$mod c:level c:condition ED:$ed c:message C:assert c:u ED:$ed c:y C:acos C:abs ED:$ed C:array ED:$ed C:actualStream c:u ED:$ed c:y C:asin c:c ED:$ed c:numOccurances C:cardinality c:y c:x ED:$ed c:z C:atan2 c:x ED:$ed c:y C:atan c:x ED:$ed c:y C:ceil ED:$ed C:cat 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