Failed

tests / testsuite-gcc / openmodelica_uncertainties.DataReconciliationTests21jan2013.mos (from (result.xml))

Failing for the past 9 builds (Since #16 )

Took 23 sec.

Stacktrace

Output mismatch (see stdout for details)

Standard Output

 + DataReconciliationTests21jan2013                                                  ... equation mismatch [time: 22]

==== Log /tmp/omc-rtest-unknown/openmodelica/uncertainties/DataReconciliationTests21jan2013.mos_temp9280/log-DataReconciliationTests21jan2013.mos
false
"Error: Failed to load package Modelica (3.1) using MODELICAPATH /var/lib/jenkins/workspace/OpenModelica_maintenance_v1.13/build/lib/omlibrary.
"
true
""
"{{{xT2[\\[FormalT]],xT1[\\[FormalT]],xB2[\\[FormalT]],xB1[\\[FormalT]],xF2[\\[FormalT]],xF1[\\[FormalT]],T[\\[FormalT]],B[\\[FormalT]],F[\\[FormalT]]},{xT1[\\[FormalT]] + xT2[\\[FormalT]]==100,xB1[\\[FormalT]] + xB2[\\[FormalT]]==100,F[\\[FormalT]] * xF1[\\[FormalT]] + ((-B[\\[FormalT]]) * xB1[\\[FormalT]] - T[\\[FormalT]] * xT1[\\[FormalT]])==0,F[\\[FormalT]] * xF2[\\[FormalT]] + ((-B[\\[FormalT]]) * xB2[\\[FormalT]] - T[\\[FormalT]] * xT2[\\[FormalT]])==0,xF1[\\[FormalT]] + xF2[\\[FormalT]]==100}},{{},{}},{\"None\",\"None\",\"None\",\"None\",\"None\",\"None\",\"None\",\"None\",\"None\"}}"
""
"{{{q4[\\[FormalT]],q3[\\[FormalT]],q2[\\[FormalT]],q1[\\[FormalT]]},{q4[\\[FormalT]]==q1[\\[FormalT]],q1[\\[FormalT]]==q2[\\[FormalT]] + q3[\\[FormalT]]}},{{},{}},{\"None\",\"None\",\"None\",\"None\"}}"
""
"{{{x6[\\[FormalT]],x5[\\[FormalT]],x2[\\[FormalT]],x1[\\[FormalT]]},{x1[\\[FormalT]] + (-x2[\\[FormalT]] - x5[\\[FormalT]])==0,x2[\\[FormalT]] + (x5[\\[FormalT]] - x6[\\[FormalT]])==0}},{{},{}},{\"None\",\"None\",\"None\",\"None\"}}"
""
Warning: The variable 'x2' was not found in the system of knowns
Warning: The variable 'x1' was not found in the system of knowns
"{{{x2[\\[FormalT]],x1[\\[FormalT]]},{}},{{x6[\\[FormalT]]},{x1[\\[FormalT]] - x6[\\[FormalT]]==0}},{\"None\",\"None\"}}"
""
"{{{x6[\\[FormalT]],x1[\\[FormalT]]},{x1[\\[FormalT]] - x6[\\[FormalT]]==0}},{{},{}},{\"None\",\"None\"}}"
""
"{{{sensorQ6\\[UpPointer]Q[\\[FormalT]],sensorQ5\\[UpPointer]Q[\\[FormalT]],sensorQ2\\[UpPointer]Q[\\[FormalT]],sensorQ1\\[UpPointer]Q[\\[FormalT]]},{0==sensorQ1\\[UpPointer]Q[\\[FormalT]] + (-sensorQ2\\[UpPointer]Q[\\[FormalT]] - sensorQ5\\[UpPointer]Q[\\[FormalT]]),0==sensorQ1\\[UpPointer]Q[\\[FormalT]] * sensorQ1\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] + ((-sensorQ2\\[UpPointer]Q[\\[FormalT]]) * sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] - sensorQ5\\[UpPointer]Q[\\[FormalT]] * switchValve1\\[UpPointer]h[\\[FormalT]]),0==sensorQ2\\[UpPointer]Q[\\[FormalT]] + (sensorQ5\\[UpPointer]Q[\\[FormalT]] - sensorQ6\\[UpPointer]Q[\\[FormalT]])}},{{switchValve1\\[UpPointer]h[\\[FormalT]],sensorQ3\\[UpPointer]C2\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]],sensorQ5\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]],switchValve1\\[UpPointer]deltaP[\\[FormalT]],switchValve1\\[UpPointer]rho[\\[FormalT]],sensorQ1\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]],splitter21\\[UpPointer]h[\\[FormalT]],sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]],sensorQ2\\[UpPointer]C2\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]],mixer21\\[UpPointer]h[\\[FormalT]],mixer21\\[UpPointer]Cs\\[UpPointer]h[\\[FormalT]],splitter21\\[UpPointer]alpha1[\\[FormalT]],sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]],mixer21\\[UpPointer]alpha1[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]W[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]DPff[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]rhof[\\[FormalT]],switchValve1\\[UpPointer]Pm[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]Tsf[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]d[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]x[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]T[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]x[\\[FormalT]],switchValve1\\[UpPointer]T[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]],splitter21\\[UpPointer]T[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]],mixer21\\[UpPointer]T[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]Ec\\[UpPointer]h[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]lsat\\[UpPointer]h[\\[FormalT]],sourceP2\\[UpPointer]Q[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]DPgf[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]Tef[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]d[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]x[\\[FormalT]]},{simpleStaticCondenser1\\[UpPointer]W[\\[FormalT]]==sensorQ2\\[UpPointer]Q[\\[FormalT]] * ((If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,mixer21\\[UpPointer]h[\\[FormalT]]]) - sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]]),FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][simpleStaticCondenser1\\[UpPointer]Tef[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]d[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.WaterSteam.IF97.Water_Ph\"][sourceP1\\[UpPointer]P0,sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]modef],{simpleStaticCondenser1\\[UpPointer]lsat[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]vsat[\\[FormalT]]}==FunctionCall[\".ThermoSysPro.Properties.WaterSteam.IF97.Water_sat_P\"][sourceP2\\[UpPointer]P0],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]T[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]rhoc[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.WaterSteam.IF97.Water_Ph\"][ToExpression[StringReplace[\"0.5\",\"e\"->\"*1.0*10^\"]] * (sourceP2\\[UpPointer]P0 + sinkP2\\[UpPointer]P0),ToExpression[StringReplace[\"0.5\",\"e\"->\"*1.0*10^\"]] * (simpleStaticCondenser1\\[UpPointer]Ec\\[UpPointer]h[\\[FormalT]] + simpleStaticCondenser1\\[UpPointer]lsat\\[UpPointer]h[\\[FormalT]]),simpleStaticCondenser1\\[UpPointer]modec],switchValve1\\[UpPointer]deltaP[\\[FormalT]]==simpleStaticCondenser1\\[UpPointer]DPff[\\[FormalT]] + simpleStaticCondenser1\\[UpPointer]DPgf[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]DPff[\\[FormalT]]==simpleStaticCondenser1\\[UpPointer]Kf * FunctionCall[\".ThermoSysPro.Functions.ThermoSquare\"][sensorQ2\\[UpPointer]Q[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]eps] / simpleStaticCondenser1\\[UpPointer]rhof[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]DPgf[\\[FormalT]]==ToExpression[StringReplace[\"9.806649999999999\",\"e\"->\"*1.0*10^\"]] * (simpleStaticCondenser1\\[UpPointer]rhof[\\[FormalT]] * (simpleStaticCondenser1\\[UpPointer]z2f - simpleStaticCondenser1\\[UpPointer]z1f)),FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]T[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]rhof[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.WaterSteam.IF97.Water_Ph\"][switchValve1\\[UpPointer]Pm[\\[FormalT]],ToExpression[StringReplace[\"0.5\",\"e\"->\"*1.0*10^\"]] * (sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] + (If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,mixer21\\[UpPointer]h[\\[FormalT]]])),simpleStaticCondenser1\\[UpPointer]modef],2 * sourceP1\\[UpPointer]P0 + -2 * switchValve1\\[UpPointer]Pm[\\[FormalT]]==switchValve1\\[UpPointer]deltaP[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]DPfc[\\[FormalT]]==simpleStaticCondenser1\\[UpPointer]Kc * FunctionCall[\".ThermoSysPro.Functions.ThermoSquare\"][sourceP2\\[UpPointer]Q[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]eps] / simpleStaticCondenser1\\[UpPointer]rhoc[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]W[\\[FormalT]]==sourceP2\\[UpPointer]Q[\\[FormalT]] * (simpleStaticCondenser1\\[UpPointer]Ec\\[UpPointer]h[\\[FormalT]] - simpleStaticCondenser1\\[UpPointer]lsat\\[UpPointer]h[\\[FormalT]]),0==If[ sensorQ6\\[UpPointer]Q[\\[FormalT]] > 0, mixer21\\[UpPointer]Cs\\[UpPointer]h[\\[FormalT]] - mixer21\\[UpPointer]h[\\[FormalT]] ,mixer21\\[UpPointer]Cs\\[UpPointer]h[\\[FormalT]] - sinkP1\\[UpPointer]h0],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][mixer21\\[UpPointer]T[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.Fluid.Ph\"][-sourceP1\\[UpPointer]P0 - -2 * switchValve1\\[UpPointer]Pm[\\[FormalT]],mixer21\\[UpPointer]h[\\[FormalT]],mixer21\\[UpPointer]mode,mixer21\\[UpPointer]fluid],0==If[ sensorQ5\\[UpPointer]Q[\\[FormalT]] > 0, switchValve1\\[UpPointer]h[\\[FormalT]] - splitter21\\[UpPointer]h[\\[FormalT]] ,switchValve1\\[UpPointer]h[\\[FormalT]] - sensorQ3\\[UpPointer]C2\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][splitter21\\[UpPointer]T[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.Fluid.Ph\"][sourceP1\\[UpPointer]P0,splitter21\\[UpPointer]h[\\[FormalT]],splitter21\\[UpPointer]mode,splitter21\\[UpPointer]fluid],switchValve1\\[UpPointer]deltaP[\\[FormalT]]==switchValve1\\[UpPointer]K * FunctionCall[\".ThermoSysPro.Functions.ThermoSquare\"][sensorQ5\\[UpPointer]Q[\\[FormalT]],switchValve1\\[UpPointer]eps] / switchValve1\\[UpPointer]rho[\\[FormalT]],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][switchValve1\\[UpPointer]T[\\[FormalT]],switchValve1\\[UpPointer]rho[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.Fluid.Ph\"][switchValve1\\[UpPointer]Pm[\\[FormalT]],switchValve1\\[UpPointer]h[\\[FormalT]],switchValve1\\[UpPointer]mode,switchValve1\\[UpPointer]fluid],0==If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] - sensorQ2\\[UpPointer]C2\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,(If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,mixer21\\[UpPointer]h[\\[FormalT]]]) - sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][simpleStaticCondenser1\\[UpPointer]Tsf[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]d[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.WaterSteam.IF97.Water_Ph\"][-sourceP1\\[UpPointer]P0 - -2 * switchValve1\\[UpPointer]Pm[\\[FormalT]],If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,mixer21\\[UpPointer]h[\\[FormalT]]],simpleStaticCondenser1\\[UpPointer]modef],0==If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] - splitter21\\[UpPointer]h[\\[FormalT]] ,sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] - sensorQ2\\[UpPointer]C2\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]],0==sensorQ2\\[UpPointer]Q[\\[FormalT]] * (If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,mixer21\\[UpPointer]h[\\[FormalT]]]) + (sensorQ5\\[UpPointer]Q[\\[FormalT]] * switchValve1\\[UpPointer]h[\\[FormalT]] - sensorQ6\\[UpPointer]Q[\\[FormalT]] * mixer21\\[UpPointer]Cs\\[UpPointer]h[\\[FormalT]]),0==If[ sensorQ5\\[UpPointer]Q[\\[FormalT]] > 0, switchValve1\\[UpPointer]h[\\[FormalT]] - sensorQ5\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,switchValve1\\[UpPointer]h[\\[FormalT]] - mixer21\\[UpPointer]h[\\[FormalT]]],0==If[ sensorQ5\\[UpPointer]Q[\\[FormalT]] > 0, switchValve1\\[UpPointer]h[\\[FormalT]] - sensorQ3\\[UpPointer]C2\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,switchValve1\\[UpPointer]h[\\[FormalT]] - sensorQ5\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]],0==If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ1\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] - sourceP1\\[UpPointer]h0 ,sensorQ1\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] - splitter21\\[UpPointer]h[\\[FormalT]]],mixer21\\[UpPointer]alpha1[\\[FormalT]]==sensorQ2\\[UpPointer]Q[\\[FormalT]] / sensorQ6\\[UpPointer]Q[\\[FormalT]],splitter21\\[UpPointer]alpha1[\\[FormalT]]==sensorQ2\\[UpPointer]Q[\\[FormalT]] / sensorQ1\\[UpPointer]Q[\\[FormalT]]}},{\"None\",\"None\",\"None\",\"None\"}}"
"[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:3793:13-3810:22:writable] Warning: found was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4835:9-4870:36:writable] Warning: sat.T was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4835:9-4870:36:writable] Warning: sat.dpT was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.T was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.dpT was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.cpt was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.vt was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.vp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.vtt was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.vpp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.vtp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:5573:15-5573:31:writable] Warning: cv was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:5454:15-5454:32:writable] Warning: v was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:5400:15-5400:31:writable] Warning: cv was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:5348:15-5348:31:writable] Warning: cv was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4341:9-4383:28:writable] Warning: pro.x was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4385:9-4422:32:writable] Warning: pro.duph was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4385:9-4422:32:writable] Warning: pro.duhp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4385:9-4422:32:writable] Warning: pro.x was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4751:9-4811:24:writable] Warning: pro.duph was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4751:9-4811:24:writable] Warning: pro.duhp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.u was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.cp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.ddhp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.ddph was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.duph was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.duhp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4562:9-4596:26:writable] Warning: sat.pt was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4562:9-4596:26:writable] Warning: sat.cv was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4598:9-4637:28:writable] Warning: pro.x was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4681:9-4725:32:writable] Warning: pro.x was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
Warning: The model contains alias variables with conflicting start and/or nominal values. It is recommended to resolve the conflicts, because otherwise the system could be hard to solve. To print the conflicting alias sets and the chosen candidates please use -d=aliasConflicts.
"
"{{{sensorQ2\\[UpPointer]Q[\\[FormalT]],sensorQ1\\[UpPointer]Q[\\[FormalT]]},{0==sensorQ1\\[UpPointer]Q[\\[FormalT]] + (-sensorQ2\\[UpPointer]Q[\\[FormalT]] - sensorQ3\\[UpPointer]Q[\\[FormalT]])}},{{sensorQ1\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]],splitter21\\[UpPointer]h[\\[FormalT]],sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]],sensorQ2\\[UpPointer]C2\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]],sensorQ3\\[UpPointer]Q[\\[FormalT]],switchValve1\\[UpPointer]h[\\[FormalT]],splitter21\\[UpPointer]alpha1[\\[FormalT]],sensorQ6\\[UpPointer]Q[\\[FormalT]],sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]],mixer21\\[UpPointer]h[\\[FormalT]],mixer21\\[UpPointer]Cs\\[UpPointer]h[\\[FormalT]],mixer21\\[UpPointer]alpha1[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]W[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]DPff[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]rhof[\\[FormalT]],switchValve1\\[UpPointer]Pm[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]Tsf[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]d[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]x[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]T[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]x[\\[FormalT]],sensorQ3\\[UpPointer]C2\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]],sensorQ5\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]],switchValve1\\[UpPointer]deltaP[\\[FormalT]],switchValve1\\[UpPointer]rho[\\[FormalT]],switchValve1\\[UpPointer]T[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]],splitter21\\[UpPointer]T[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]],mixer21\\[UpPointer]T[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]Ec\\[UpPointer]h[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]lsat\\[UpPointer]h[\\[FormalT]],sourceP2\\[UpPointer]Q[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]DPgf[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]Tef[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]d[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]x[\\[FormalT]]},{simpleStaticCondenser1\\[UpPointer]W[\\[FormalT]]==sensorQ2\\[UpPointer]Q[\\[FormalT]] * ((If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,mixer21\\[UpPointer]h[\\[FormalT]]]) - sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]]),FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][simpleStaticCondenser1\\[UpPointer]Tef[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]d[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profe\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.WaterSteam.IF97.Water_Ph\"][sourceP1\\[UpPointer]P0,sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]modef],{simpleStaticCondenser1\\[UpPointer]lsat[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]vsat[\\[FormalT]]}==FunctionCall[\".ThermoSysPro.Properties.WaterSteam.IF97.Water_sat_P\"][sourceP2\\[UpPointer]P0],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]T[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]rhoc[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promc\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.WaterSteam.IF97.Water_Ph\"][ToExpression[StringReplace[\"0.5\",\"e\"->\"*1.0*10^\"]] * (sourceP2\\[UpPointer]P0 + sinkP2\\[UpPointer]P0),ToExpression[StringReplace[\"0.5\",\"e\"->\"*1.0*10^\"]] * (simpleStaticCondenser1\\[UpPointer]Ec\\[UpPointer]h[\\[FormalT]] + simpleStaticCondenser1\\[UpPointer]lsat\\[UpPointer]h[\\[FormalT]]),simpleStaticCondenser1\\[UpPointer]modec],switchValve1\\[UpPointer]deltaP[\\[FormalT]]==simpleStaticCondenser1\\[UpPointer]DPff[\\[FormalT]] + simpleStaticCondenser1\\[UpPointer]DPgf[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]DPff[\\[FormalT]]==simpleStaticCondenser1\\[UpPointer]Kf * FunctionCall[\".ThermoSysPro.Functions.ThermoSquare\"][sensorQ2\\[UpPointer]Q[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]eps] / simpleStaticCondenser1\\[UpPointer]rhof[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]DPgf[\\[FormalT]]==ToExpression[StringReplace[\"9.806649999999999\",\"e\"->\"*1.0*10^\"]] * (simpleStaticCondenser1\\[UpPointer]rhof[\\[FormalT]] * (simpleStaticCondenser1\\[UpPointer]z2f - simpleStaticCondenser1\\[UpPointer]z1f)),FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]T[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]rhof[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]promf\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.WaterSteam.IF97.Water_Ph\"][switchValve1\\[UpPointer]Pm[\\[FormalT]],ToExpression[StringReplace[\"0.5\",\"e\"->\"*1.0*10^\"]] * (sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] + (If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,mixer21\\[UpPointer]h[\\[FormalT]]])),simpleStaticCondenser1\\[UpPointer]modef],2 * sourceP1\\[UpPointer]P0 + -2 * switchValve1\\[UpPointer]Pm[\\[FormalT]]==switchValve1\\[UpPointer]deltaP[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]DPfc[\\[FormalT]]==simpleStaticCondenser1\\[UpPointer]Kc * FunctionCall[\".ThermoSysPro.Functions.ThermoSquare\"][sourceP2\\[UpPointer]Q[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]eps] / simpleStaticCondenser1\\[UpPointer]rhoc[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]W[\\[FormalT]]==sourceP2\\[UpPointer]Q[\\[FormalT]] * (simpleStaticCondenser1\\[UpPointer]Ec\\[UpPointer]h[\\[FormalT]] - simpleStaticCondenser1\\[UpPointer]lsat\\[UpPointer]h[\\[FormalT]]),0==If[ sensorQ6\\[UpPointer]Q[\\[FormalT]] > 0, mixer21\\[UpPointer]Cs\\[UpPointer]h[\\[FormalT]] - mixer21\\[UpPointer]h[\\[FormalT]] ,mixer21\\[UpPointer]Cs\\[UpPointer]h[\\[FormalT]] - sinkP1\\[UpPointer]h0],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][mixer21\\[UpPointer]T[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.Fluid.Ph\"][-sourceP1\\[UpPointer]P0 - -2 * switchValve1\\[UpPointer]Pm[\\[FormalT]],mixer21\\[UpPointer]h[\\[FormalT]],mixer21\\[UpPointer]mode,mixer21\\[UpPointer]fluid],0==If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, switchValve1\\[UpPointer]h[\\[FormalT]] - splitter21\\[UpPointer]h[\\[FormalT]] ,switchValve1\\[UpPointer]h[\\[FormalT]] - sensorQ3\\[UpPointer]C2\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][splitter21\\[UpPointer]T[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.Fluid.Ph\"][sourceP1\\[UpPointer]P0,splitter21\\[UpPointer]h[\\[FormalT]],splitter21\\[UpPointer]mode,splitter21\\[UpPointer]fluid],0==sensorQ2\\[UpPointer]Q[\\[FormalT]] + (sensorQ3\\[UpPointer]Q[\\[FormalT]] - sensorQ6\\[UpPointer]Q[\\[FormalT]]),0==sensorQ2\\[UpPointer]Q[\\[FormalT]] * (If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,mixer21\\[UpPointer]h[\\[FormalT]]]) + (sensorQ3\\[UpPointer]Q[\\[FormalT]] * switchValve1\\[UpPointer]h[\\[FormalT]] - sensorQ6\\[UpPointer]Q[\\[FormalT]] * mixer21\\[UpPointer]Cs\\[UpPointer]h[\\[FormalT]]),FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][switchValve1\\[UpPointer]T[\\[FormalT]],switchValve1\\[UpPointer]rho[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],switchValve1\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.Fluid.Ph\"][switchValve1\\[UpPointer]Pm[\\[FormalT]],switchValve1\\[UpPointer]h[\\[FormalT]],switchValve1\\[UpPointer]mode,switchValve1\\[UpPointer]fluid],0==sensorQ1\\[UpPointer]Q[\\[FormalT]] * sensorQ1\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] + ((-sensorQ2\\[UpPointer]Q[\\[FormalT]]) * sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] - sensorQ3\\[UpPointer]Q[\\[FormalT]] * switchValve1\\[UpPointer]h[\\[FormalT]]),0==If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, switchValve1\\[UpPointer]h[\\[FormalT]] - sensorQ5\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,switchValve1\\[UpPointer]h[\\[FormalT]] - mixer21\\[UpPointer]h[\\[FormalT]]],0==If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, switchValve1\\[UpPointer]h[\\[FormalT]] - sensorQ3\\[UpPointer]C2\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,switchValve1\\[UpPointer]h[\\[FormalT]] - sensorQ5\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]],switchValve1\\[UpPointer]deltaP[\\[FormalT]]==switchValve1\\[UpPointer]K * FunctionCall[\".ThermoSysPro.Functions.ThermoSquare\"][sensorQ3\\[UpPointer]Q[\\[FormalT]],switchValve1\\[UpPointer]eps] / switchValve1\\[UpPointer]rho[\\[FormalT]],0==If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] - sensorQ2\\[UpPointer]C2\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,(If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,mixer21\\[UpPointer]h[\\[FormalT]]]) - sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][simpleStaticCondenser1\\[UpPointer]Tsf[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]d[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]u[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]s[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]cp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]ddhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]ddph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]duph[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]duhp[\\[FormalT]],simpleStaticCondenser1\\[UpPointer]profs\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.WaterSteam.IF97.Water_Ph\"][-sourceP1\\[UpPointer]P0 - -2 * switchValve1\\[UpPointer]Pm[\\[FormalT]],If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,mixer21\\[UpPointer]h[\\[FormalT]]],simpleStaticCondenser1\\[UpPointer]modef],0==If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] - splitter21\\[UpPointer]h[\\[FormalT]] ,sensorQ2\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] - sensorQ2\\[UpPointer]C2\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]],mixer21\\[UpPointer]alpha1[\\[FormalT]]==sensorQ2\\[UpPointer]Q[\\[FormalT]] / sensorQ6\\[UpPointer]Q[\\[FormalT]],0==If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sensorQ1\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] - sourceP1\\[UpPointer]h0 ,sensorQ1\\[UpPointer]C1\\[UpPointer]h[\\[FormalT]] - splitter21\\[UpPointer]h[\\[FormalT]]],splitter21\\[UpPointer]alpha1[\\[FormalT]]==sensorQ2\\[UpPointer]Q[\\[FormalT]] / sensorQ1\\[UpPointer]Q[\\[FormalT]]}},{\"None\",\"None\"}}"
"[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:3793:13-3810:22:writable] Warning: found was used b
...[truncated 63479 chars]...
iliationTests21jan2013Total.mo:4385:9-4422:32:writable] Warning: pro.x was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4751:9-4811:24:writable] Warning: pro.duph was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4751:9-4811:24:writable] Warning: pro.duhp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.u was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.cp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.ddhp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.ddph was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.duph was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.duhp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4562:9-4596:26:writable] Warning: sat.pt was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4562:9-4596:26:writable] Warning: sat.cv was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4598:9-4637:28:writable] Warning: pro.x was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4681:9-4725:32:writable] Warning: pro.x was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
Warning: The model contains alias variables with conflicting start and/or nominal values. It is recommended to resolve the conflicts, because otherwise the system could be hard to solve. To print the conflicting alias sets and the chosen candidates please use -d=aliasConflicts.
"
"{{{sensorQ4\\[UpPointer]Q[\\[FormalT]],sensorQ1\\[UpPointer]Q[\\[FormalT]],sensorQ3\\[UpPointer]Q[\\[FormalT]],sensorQ2\\[UpPointer]Q[\\[FormalT]]},{0==sensorQ1\\[UpPointer]Q[\\[FormalT]] + (-sensorQ2\\[UpPointer]Q[\\[FormalT]] - sensorQ3\\[UpPointer]Q[\\[FormalT]]),0==sensorQ2\\[UpPointer]Q[\\[FormalT]] + (sensorQ3\\[UpPointer]Q[\\[FormalT]] - sensorQ4\\[UpPointer]Q[\\[FormalT]])}},{{pipePressureLoss1\\[UpPointer]deltaPf[\\[FormalT]],pipePressureLoss1\\[UpPointer]T[\\[FormalT]],pipePressureLoss1\\[UpPointer]Pm[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]],pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]],pipePressureLoss2\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]],pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]],splitter21\\[UpPointer]alpha1[\\[FormalT]],splitter21\\[UpPointer]T[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]],pipePressureLoss4\\[UpPointer]h[\\[FormalT]],mixer21\\[UpPointer]alpha1[\\[FormalT]],mixer21\\[UpPointer]P[\\[FormalT]],mixer21\\[UpPointer]T[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]],pipePressureLoss4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]],pipePressureLoss2\\[UpPointer]deltaPf[\\[FormalT]],pipePressureLoss2\\[UpPointer]T[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]],pipePressureLoss3\\[UpPointer]Pm[\\[FormalT]],pipePressureLoss3\\[UpPointer]deltaPf[\\[FormalT]],pipePressureLoss3\\[UpPointer]T[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]],pipePressureLoss4\\[UpPointer]deltaPf[\\[FormalT]],pipePressureLoss1\\[UpPointer]deltaP[\\[FormalT]],pipePressureLoss2\\[UpPointer]deltaP[\\[FormalT]],pipePressureLoss4\\[UpPointer]deltaP[\\[FormalT]],pipePressureLoss4\\[UpPointer]Pm[\\[FormalT]],pipePressureLoss4\\[UpPointer]T[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]]},{FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][pipePressureLoss4\\[UpPointer]T[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],pipePressureLoss4\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.Fluid.Ph\"][pipePressureLoss4\\[UpPointer]Pm[\\[FormalT]],pipePressureLoss4\\[UpPointer]h[\\[FormalT]],pipePressureLoss4\\[UpPointer]mode,pipePressureLoss4\\[UpPointer]fluid],pipePressureLoss4\\[UpPointer]Pm[\\[FormalT]]==ToExpression[StringReplace[\"0.5\",\"e\"->\"*1.0*10^\"]] * (mixer21\\[UpPointer]P[\\[FormalT]] + sinkP1\\[UpPointer]P0),0==sensorQ2\\[UpPointer]Q[\\[FormalT]] * (If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, -(If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, ((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0 ,((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])) / (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0 / 0])] ,(-(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])])) / 0 - pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] / 0]) ,pipePressureLoss2\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + ((-sensorQ3\\[UpPointer]Q[\\[FormalT]]) * (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, ((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0 ,((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])) / (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0 / 0])]) - sensorQ4\\[UpPointer]Q[\\[FormalT]] * pipePressureLoss4\\[UpPointer]h[\\[FormalT]]),mixer21\\[UpPointer]P[\\[FormalT]] - sinkP1\\[UpPointer]P0==pipePressureLoss4\\[UpPointer]deltaP[\\[FormalT]],pipePressureLoss4\\[UpPointer]deltaPf[\\[FormalT]]==pipePressureLoss4\\[UpPointer]K * FunctionCall[\".ThermoSysPro.Functions.ThermoSquare\"][sensorQ4\\[UpPointer]Q[\\[FormalT]],pipePressureLoss4\\[UpPointer]eps] / pipePressureLoss4\\[UpPointer]p\\[UnderBracket]rho,pipePressureLoss4\\[UpPointer]deltaP[\\[FormalT]]==pipePressureLoss4\\[UpPointer]deltaPf[\\[FormalT]] + pipePressureLoss4\\[UpPointer]deltaPg,2 * pipePressureLoss1\\[UpPointer]Pm[\\[FormalT]] - mixer21\\[UpPointer]P[\\[FormalT]] - sourceP1\\[UpPointer]P0==pipePressureLoss2\\[UpPointer]deltaP[\\[FormalT]],pipePressureLoss3\\[UpPointer]Pm[\\[FormalT]]==ToExpression[StringReplace[\"0.5\",\"e\"->\"*1.0*10^\"]] * (2 * pipePressureLoss1\\[UpPointer]Pm[\\[FormalT]] + mixer21\\[UpPointer]P[\\[FormalT]] - sourceP1\\[UpPointer]P0),pipePressureLoss2\\[UpPointer]deltaP[\\[FormalT]]==pipePressureLoss3\\[UpPointer]deltaPf[\\[FormalT]] + pipePressureLoss3\\[UpPointer]deltaPg,pipePressureLoss3\\[UpPointer]deltaPf[\\[FormalT]]==pipePressureLoss3\\[UpPointer]K * FunctionCall[\".ThermoSysPro.Functions.ThermoSquare\"][sensorQ3\\[UpPointer]Q[\\[FormalT]],pipePressureLoss3\\[UpPointer]eps] / pipePressureLoss3\\[UpPointer]p\\[UnderBracket]rho,pipePressureLoss2\\[UpPointer]deltaP[\\[FormalT]]==pipePressureLoss2\\[UpPointer]deltaPf[\\[FormalT]] + pipePressureLoss2\\[UpPointer]deltaPg,pipePressureLoss1\\[UpPointer]deltaP[\\[FormalT]]==pipePressureLoss1\\[UpPointer]deltaPf[\\[FormalT]] + pipePressureLoss1\\[UpPointer]deltaPg,2 * sourceP1\\[UpPointer]P0 + -2 * pipePressureLoss1\\[UpPointer]Pm[\\[FormalT]]==pipePressureLoss1\\[UpPointer]deltaP[\\[FormalT]],0==If[ sensorQ4\\[UpPointer]Q[\\[FormalT]] > 0, pipePressureLoss4\\[UpPointer]h[\\[FormalT]] - pipePressureLoss4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,pipePressureLoss4\\[UpPointer]h[\\[FormalT]] - sinkP1\\[UpPointer]h],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][mixer21\\[UpPointer]T[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],mixer21\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.Fluid.Ph\"][mixer21\\[UpPointer]P[\\[FormalT]],(-(If[ sensorQ4\\[UpPointer]Q[\\[FormalT]] > 0, pipePressureLoss4\\[UpPointer]h[\\[FormalT]] ,pipePressureLoss4\\[UpPointer]h[\\[FormalT]] - pipePressureLoss4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]])) / (If[ sensorQ4\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0]),mixer21\\[UpPointer]mode,mixer21\\[UpPointer]fluid],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][pipePressureLoss1\\[UpPointer]T[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],pipePressureLoss1\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.Fluid.Ph\"][pipePressureLoss1\\[UpPointer]Pm[\\[FormalT]],If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]],pipePressureLoss1\\[UpPointer]mode,pipePressureLoss1\\[UpPointer]fluid],0==If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, (-(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])])) / (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0 / 0]]) - pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,(If[ sensorQ4\\[UpPointer]Q[\\[FormalT]] > 0, -pipePressureLoss4\\[UpPointer]h[\\[FormalT]] ,(pipePressureLoss4\\[UpPointer]h[\\[FormalT]] - pipePressureLoss4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0]) - (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, ((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0 ,((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])) / (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0 / 0])])],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][pipePressureLoss3\\[UpPointer]T[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],pipePressureLoss3\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.Fluid.Ph\"][pipePressureLoss3\\[UpPointer]Pm[\\[FormalT]],(-(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])])) / (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0 / 0]]),pipePressureLoss3\\[UpPointer]mode,pipePressureLoss3\\[UpPointer]fluid],0==If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, (If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, -(If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, ((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0 ,((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])) / (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0 / 0])] ,(-(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])])) / 0 - pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] / 0]) ,pipePressureLoss2\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss2\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,(If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, -(If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, ((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0 ,((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])) / (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0 / 0])] ,(-(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])])) / 0 - pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] / 0]) ,pipePressureLoss2\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ4\\[UpPointer]Q[\\[FormalT]] > 0, -pipePressureLoss4\\[UpPointer]h[\\[FormalT]] ,(pipePressureLoss4\\[UpPointer]h[\\[FormalT]] - pipePressureLoss4\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])],mixer21\\[UpPointer]alpha1[\\[FormalT]]==sensorQ2\\[UpPointer]Q[\\[FormalT]] / sensorQ4\\[UpPointer]Q[\\[FormalT]],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][splitter21\\[UpPointer]T[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],splitter21\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.Fluid.Ph\"][-sourceP1\\[UpPointer]P0 - -2 * pipePressureLoss1\\[UpPointer]Pm[\\[FormalT]],(-(If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, (-(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])])) / (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0 / 0]]) ,(-(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])])) / (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0 / 0]]) - pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]])) / (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0]),splitter21\\[UpPointer]mode,splitter21\\[UpPointer]fluid],splitter21\\[UpPointer]alpha1[\\[FormalT]]==sensorQ2\\[UpPointer]Q[\\[FormalT]] / sensorQ1\\[UpPointer]Q[\\[FormalT]],FunctionCall[\".ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph\"][pipePressureLoss2\\[UpPointer]T[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]d[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]u[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]s[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]cp[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]ddhp[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]ddph[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]duph[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]duhp[\\[FormalT]],pipePressureLoss2\\[UpPointer]pro\\[UpPointer]x[\\[FormalT]]]==FunctionCall[\".ThermoSysPro.Properties.Fluid.Ph\"][pipePressureLoss3\\[UpPointer]Pm[\\[FormalT]],If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, -(If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, ((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0 ,((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])) / (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0 / 0])] ,(-(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])])) / 0 - pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] / 0]) ,pipePressureLoss2\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]],pipePressureLoss2\\[UpPointer]mode,pipePressureLoss2\\[UpPointer]fluid],0==sensorQ1\\[UpPointer]Q[\\[FormalT]] * (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (sensorQ3\\[UpPointer]Q[\\[FormalT]] * (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, ((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0 ,((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])) / (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0 / 0])]) - sensorQ2\\[UpPointer]Q[\\[FormalT]] * (If[ sensorQ2\\[UpPointer]Q[\\[FormalT]] > 0, -(If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, ((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0 ,((If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])) / (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, -1 ,0 / 0])] ,(-(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, (If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) - pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] ,(If[ sensorQ1\\[UpPointer]Q[\\[FormalT]] > 0, sourceP1\\[UpPointer]h ,pipePressureLoss1\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]) + (If[ sensorQ3\\[UpPointer]Q[\\[FormalT]] > 0, 0 ,(-pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]) / 0])])) / 0 - pipePressureLoss3\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]] / 0]) ,pipePressureLoss2\\[UpPointer]C1\\[UpPointer]h\\[UnderBracket]vol[\\[FormalT]]]))}},{\"None\",\"None\",\"None\",\"None\"}}"
"[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4598:9-4637:28:writable] Warning: pro.x was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4681:9-4725:32:writable] Warning: pro.x was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:3793:13-3810:22:writable] Warning: found was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4835:9-4870:36:writable] Warning: sat.T was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4835:9-4870:36:writable] Warning: sat.dpT was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.T was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.dpT was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.cpt was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.vt was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.vp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.vtt was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.vpp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4894:9-4919:40:writable] Warning: sat.vtp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:5573:15-5573:31:writable] Warning: cv was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:5454:15-5454:32:writable] Warning: v was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:5400:15-5400:31:writable] Warning: cv was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:5348:15-5348:31:writable] Warning: cv was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4341:9-4383:28:writable] Warning: pro.x was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4385:9-4422:32:writable] Warning: pro.duph was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4385:9-4422:32:writable] Warning: pro.duhp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4385:9-4422:32:writable] Warning: pro.x was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4751:9-4811:24:writable] Warning: pro.duph was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:4751:9-4811:24:writable] Warning: pro.duhp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.u was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.cp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.ddhp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.ddph was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.duph was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:1321:7-1425:20:writable] Warning: pro.duhp was used before it was defined (given a value). Additional such uses may exist for the variable, but some messages were suppressed.
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6628:7-6663:21:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidInlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
[openmodelica/uncertainties/DataReconciliationTests21jan2013Total.mo:6665:7-6700:22:writable] Warning: Connector .ThermoSysPro.WaterSteam.Connectors.FluidOutlet is not balanced: The number of potential variables (4) is not equal to the number of flow variables (0).
Warning: The model contains alias variables with conflicting start and/or nominal values. It is recommended to resolve the conflicts, because otherwise the system could be hard to solve. To print the conflicting alias sets and the chosen candidates please use -d=aliasConflicts.
"
Warning: The variable 'mD' was not found in the system of knowns
"{{{mD[\\[FormalT]],mHDNK[\\[FormalT]],mA5[\\[FormalT]],mA6[\\[FormalT]],mA7[\\[FormalT]],mHK[\\[FormalT]],mV[\\[FormalT]],mSPLL[\\[FormalT]],mSPL[\\[FormalT]],mFDKELL[\\[FormalT]],mFDKEL[\\[FormalT]]},{mFDKEL[\\[FormalT]] + (mFDKELL[\\[FormalT]] + (ToExpression[StringReplace[\"0.4\",\"e\"->\"*1.0*10^\"]] * mV[\\[FormalT]] + (-mSPLL[\\[FormalT]] - mSPL[\\[FormalT]])))==0,mSPL[\\[FormalT]] + (mSPLL[\\[FormalT]] + (-mA5[\\[FormalT]] - mHK[\\[FormalT]] - mA7[\\[FormalT]] - mV[\\[FormalT]] - mA6[\\[FormalT]]))==0,mA7[\\[FormalT]] + (mA6[\\[FormalT]] + (mA5[\\[FormalT]] - mHDNK[\\[FormalT]]))==0}},{{},{}},{\"None\",\"None\",\"None\",\"None\",\"None\",\"None\",\"None\",\"None\",\"None\",\"None\",\"None\"}}"
""

Equation mismatch: diff says:
--- /tmp/omc-rtest-unknown/openmodelica/uncertainties/DataReconciliationTests21jan2013.mos_temp9280/equations-expected2019-01-31 14:17:46.604780764 +0000
+++ /tmp/omc-rtest-unknown/openmodelica/uncertainties/DataReconciliationTests21jan2013.mos_temp9280/equations-got2019-01-31 14:18:08.992689828 +0000
@@ -1,7 +1,8 @@
-true
-""
+false
+"Error: Failed to load package Modelica (3.1) using MODELICAPATH /var/lib/jenkins/workspace/OpenModelica_maintenance_v1.13/build/lib/omlibrary.
+"
 true
 ""
 "{{{xT2[\\[FormalT]],xT1[\\[FormalT]],xB2[\\[FormalT]],xB1[\\[FormalT]],xF2[\\[FormalT]],xF1[\\[FormalT]],T[\\[FormalT]],B[\\[FormalT]],F[\\[FormalT]]},{xT1[\\[FormalT]] + xT2[\\[FormalT]]==100,xB1[\\[FormalT]] + xB2[\\[FormalT]]==100,F[\\[FormalT]] * xF1[\\[FormalT]] + ((-B[\\[FormalT]]) * xB1[\\[FormalT]] - T[\\[FormalT]] * xT1[\\[FormalT]])==0,F[\\[FormalT]] * xF2[\\[FormalT]] + ((-B[\\[FormalT]]) * xB2[\\[FormalT]] - T[\\[FormalT]] * xT2[\\[FormalT]])==0,xF1[\\[FormalT]] + xF2[\\[FormalT]]==100}},{{},{}},{\"None\",\"None\",\"None\",\"None\",\"None\",\"None\",\"None\",\"None\",\"None\"}}"
 ""
 "{{{q4[\\[FormalT]],q3[\\[FormalT]],q2[\\[FormalT]],q1[\\[FormalT]]},{q4[\\[FormalT]]==q1[\\[FormalT]],q1[\\[FormalT]]==q2[\\[FormalT]] + q3[\\[FormalT]]}},{{},{}},{\"None\",\"None\",\"None\",\"None\"}}"

Equation mismatch: omc-diff says:
Failed 't' 'f'
Line 1: Text differs:
expected: true
got:      false

== 1 out of 1 tests failed [openmodelica/uncertainties/DataReconciliationTests21jan2013.mos_temp9280, time: 23]