Running: ./testmodel.py --libraries=/home/hudson/saved_omc/libraries/.openmodelica/libraries --ompython_omhome=/usr Buildings_latest_Buildings.Controls.OBC.ASHRAE.G36.Plants.Chillers.Validation.Controller.conf.json
loadFile("/home/hudson/saved_omc/libraries/.openmodelica/libraries/ModelicaServices 4.1.0+maint.om/package.mo", uses=false) [Timeout 180]
"Notification: Performance of loadFile(/home/hudson/saved_omc/libraries/.openmodelica/libraries/ModelicaServices 4.1.0+maint.om/package.mo): time 0.0008158/0.0008158, allocations: 92.2 kB / 20.21 MB, free: 4.352 MB / 18.57 MB
"
[Timeout remaining time 180]
loadFile("/home/hudson/saved_omc/libraries/.openmodelica/libraries/Complex 4.1.0+maint.om/package.mo", uses=false) [Timeout 180]
"Notification: Performance of loadFile(/home/hudson/saved_omc/libraries/.openmodelica/libraries/Complex 4.1.0+maint.om/package.mo): time 0.0008233/0.0008233, allocations: 161.3 kB / 23.53 MB, free: 1.035 MB / 18.57 MB
"
[Timeout remaining time 180]
loadFile("/home/hudson/saved_omc/libraries/.openmodelica/libraries/Modelica 4.1.0+maint.om/package.mo", uses=false) [Timeout 180]
"Notification: Performance of loadFile(/home/hudson/saved_omc/libraries/.openmodelica/libraries/Modelica 4.1.0+maint.om/package.mo): time 0.9164/0.9164, allocations: 177.1 MB / 203.9 MB, free: 5.586 MB / 186.7 MB
"
[Timeout remaining time 179]
loadFile("/home/hudson/saved_omc/libraries/.openmodelica/libraries/Buildings master/package.mo", uses=false) [Timeout 180]
"Notification: Performance of loadFile(/home/hudson/saved_omc/libraries/.openmodelica/libraries/Buildings master/package.mo): time 1.962/1.962, allocations: 428.5 MB / 0.6727 GB, free: 4.902 MB / 0.6355 GB
"
[Timeout remaining time 177]
Using package Buildings with version 14.0.0 (/home/hudson/saved_omc/libraries/.openmodelica/libraries/Buildings master/package.mo)
Using package Modelica with version 4.1.0 (/home/hudson/saved_omc/libraries/.openmodelica/libraries/Modelica 4.1.0+maint.om/package.mo)
Using package Complex with version 4.1.0 (/home/hudson/saved_omc/libraries/.openmodelica/libraries/Complex 4.1.0+maint.om/package.mo)
Using package ModelicaServices with version 4.1.0 (/home/hudson/saved_omc/libraries/.openmodelica/libraries/ModelicaServices 4.1.0+maint.om/package.mo)
Running command: translateModel(Buildings.Controls.OBC.ASHRAE.G36.Plants.Chillers.Validation.Controller,tolerance=1e-06,outputFormat="empty",numberOfIntervals=2500,variableFilter="",fileNamePrefix="Buildings_latest_Buildings.Controls.OBC.ASHRAE.G36.Plants.Chillers.Validation.Controller")
translateModel(Buildings.Controls.OBC.ASHRAE.G36.Plants.Chillers.Validation.Controller,tolerance=1e-06,outputFormat="empty",numberOfIntervals=2500,variableFilter="",fileNamePrefix="Buildings_latest_Buildings.Controls.OBC.ASHRAE.G36.Plants.Chillers.Validation.Controller") [Timeout 300]
"Notification: Performance of FrontEnd - loaded program: time 2.344e-06/2.344e-06, allocations: 0 / 0.8771 GB, free: 7.859 MB / 0.8386 GB
Notification: Performance of FrontEnd - Absyn->SCode: time 2.36e-05/2.595e-05, allocations: 2.312 kB / 0.8771 GB, free: 7.855 MB / 0.8386 GB
Notification: Performance of NFInst.instantiate(Buildings.Controls.OBC.ASHRAE.G36.Plants.Chillers.Validation.Controller): time 0.05204/0.05206, allocations: 55.92 MB / 0.9317 GB, free: 15.68 MB / 0.9011 GB
Notification: Performance of NFInst.instExpressions: time 0.06089/0.1129, allocations: 37.82 MB / 0.9686 GB, free: 9.789 MB / 0.9323 GB
Notification: Performance of NFInst.updateImplicitVariability: time 0.02114/0.1341, allocations: 0.8222 MB / 0.9694 GB, free: 8.961 MB / 0.9323 GB
Notification: Performance of NFTyping.typeComponents: time 0.02208/0.1562, allocations: 6.174 MB / 0.9755 GB, free: 2.738 MB / 0.9323 GB
Notification: Performance of NFTyping.typeBindings: time 0.02428/0.1805, allocations: 4.046 MB / 0.9794 GB, free: 14.66 MB / 0.948 GB
Notification: Performance of NFTyping.typeClassSections: time 0.03921/0.2197, allocations: 17.09 MB / 0.9961 GB, free: 13.55 MB / 0.9636 GB
Notification: Performance of NFFlatten.flatten: time 0.05822/0.2779, allocations: 50.77 MB / 1.046 GB, free: 10.68 MB / 1.01 GB
Notification: Performance of NFFlatten.resolveConnections: time 0.5483/0.8262, allocations: 21.56 MB / 1.067 GB, free: 61.98 MB / 1.01 GB
Notification: Performance of NFEvalConstants.evaluate: time 0.05664/0.8829, allocations: 28.91 MB / 1.095 GB, free: 61.98 MB / 1.01 GB
Notification: Performance of NFSimplifyModel.simplify: time 0.02575/0.9086, allocations: 15.74 MB / 1.11 GB, free: 61.06 MB / 1.01 GB
Notification: Performance of NFPackage.collectConstants: time 0.02504/0.9337, allocations: 7.572 MB / 1.118 GB, free: 61.06 MB / 1.01 GB
Notification: Performance of NFFlatten.collectFunctions: time 0.02057/0.9542, allocations: 7.728 MB / 1.125 GB, free: 61.06 MB / 1.01 GB
Notification: Performance of NFScalarize.scalarize: time 0.02582/0.98, allocations: 14.09 MB / 1.139 GB, free: 59.53 MB / 1.01 GB
Notification: Performance of NFVerifyModel.verify: time 0.03192/1.012, allocations: 14.83 MB / 1.154 GB, free: 58.08 MB / 1.01 GB
Notification: Performance of NFConvertDAE.convert: time 0.08311/1.095, allocations: 110.4 MB / 1.261 GB, free: 13.29 MB / 1.042 GB
Notification: Performance of FrontEnd - DAE generated: time 6.612e-06/1.095, allocations: 0 / 1.261 GB, free: 13.29 MB / 1.042 GB
Notification: Performance of FrontEnd: time 2.014e-06/1.095, allocations: 1.406 kB / 1.261 GB, free: 13.29 MB / 1.042 GB
Notification: Performance of Transformations before backend: time 0.00271/1.098, allocations: 7.469 kB / 1.261 GB, free: 13.28 MB / 1.042 GB
Notification: Model statistics after passing the front-end and creating the data structures used by the back-end:
 * Number of equations: 8604
 * Number of variables: 8604
Notification: Performance of Generate backend data structure: time 0.148/1.246, allocations: 70.35 MB / 1.33 GB, free: 13.75 MB / 1.104 GB
Notification: Performance of prepare preOptimizeDAE: time 6.022e-05/1.246, allocations: 12.03 kB / 1.33 GB, free: 13.74 MB / 1.104 GB
Notification: Performance of preOpt normalInlineFunction (simulation): time 0.02764/1.274, allocations: 6.937 MB / 1.337 GB, free: 6.781 MB / 1.104 GB
Notification: Performance of preOpt evaluateParameters (simulation): time 0.05435/1.328, allocations: 28.24 MB / 1.364 GB, free: 11.46 MB / 1.135 GB
Notification: Performance of preOpt simplifyIfEquations (simulation): time 0.003503/1.331, allocations: 3.174 MB / 1.368 GB, free: 8.254 MB / 1.135 GB
Notification: Performance of preOpt expandDerOperator (simulation): time 0.0131/1.344, allocations: 3.588 MB / 1.371 GB, free: 4.672 MB / 1.135 GB
Notification: Performance of preOpt clockPartitioning (simulation): time 0.1235/1.468, allocations: 46.37 MB / 1.416 GB, free: 5.66 MB / 1.182 GB
Notification: Performance of preOpt findStateOrder (simulation): time 0.001046/1.469, allocations: 3.469 kB / 1.416 GB, free: 5.66 MB / 1.182 GB
Notification: Performance of preOpt replaceEdgeChange (simulation): time 0.01127/1.48, allocations: 1.485 MB / 1.418 GB, free: 4.191 MB / 1.182 GB
Notification: Performance of preOpt inlineArrayEqn (simulation): time 0.0008257/1.481, allocations: 1.124 MB / 1.419 GB, free: 3.066 MB / 1.182 GB
Notification: Performance of preOpt removeEqualRHS (simulation): time 0.08885/1.57, allocations: 37.87 MB / 1.456 GB, free: 13.07 MB / 1.229 GB
Notification: Performance of preOpt removeSimpleEquations (simulation): time 0.7604/2.33, allocations: 114.4 MB / 1.568 GB, free: 318.3 MB / 1.292 GB
Notification: Performance of preOpt comSubExp (simulation): time 0.06631/2.397, allocations: 37.69 MB / 1.604 GB, free: 305.1 MB / 1.292 GB
Notification: Performance of preOpt resolveLoops (simulation): time 0.03022/2.427, allocations: 13.68 MB / 1.618 GB, free: 298.7 MB / 1.292 GB
Notification: Performance of preOpt evalFunc (simulation): time 0.002085/2.429, allocations: 0.4981 MB / 1.618 GB, free: 298.7 MB / 1.292 GB
Notification: Performance of preOpt encapsulateWhenConditions (simulation): time 0.04483/2.474, allocations: 21.71 MB / 1.639 GB, free: 289.2 MB / 1.292 GB
Notification: Performance of pre-optimization done (n=2769): time 4.58e-05/2.474, allocations: 0 / 1.639 GB, free: 289.2 MB / 1.292 GB
Notification: Performance of matching and sorting (n=2769): time 0.1073/2.581, allocations: 50.6 MB / 1.689 GB, free: 268.5 MB / 1.292 GB
Notification: Performance of inlineWhenForInitialization (initialization): time 0.0008948/2.582, allocations: 2.208 MB / 1.691 GB, free: 266.3 MB / 1.292 GB
Notification: Performance of selectInitializationVariablesDAE (initialization): time 0.03152/2.614, allocations: 17.71 MB / 1.708 GB, free: 259.4 MB / 1.292 GB
Notification: Performance of collectPreVariables (initialization): time 0.005905/2.62, allocations: 1.208 MB / 1.71 GB, free: 258.2 MB / 1.292 GB
Notification: Performance of collectInitialEqns (initialization): time 0.01303/2.633, allocations: 13.24 MB / 1.722 GB, free: 247 MB / 1.292 GB
Notification: Performance of collectInitialBindings (initialization): time 0.009893/2.642, allocations: 7.17 MB / 1.729 GB, free: 240.6 MB / 1.292 GB
Notification: Performance of simplifyInitialFunctions (initialization): time 0.02315/2.666, allocations: 7.164 MB / 1.736 GB, free: 234.3 MB / 1.292 GB
Notification: Performance of setup shared object (initialization): time 3.75e-05/2.666, allocations: 305.1 kB / 1.737 GB, free: 234 MB / 1.292 GB
Notification: Performance of preBalanceInitialSystem (initialization): time 0.02347/2.689, allocations: 13.81 MB / 1.75 GB, free: 221.7 MB / 1.292 GB
Notification: Performance of partitionIndependentBlocks (initialization): time 0.02776/2.717, allocations: 21.64 MB / 1.771 GB, free: 197.9 MB / 1.292 GB
Notification: Performance of analyzeInitialSystem (initialization): time 0.04076/2.758, allocations: 29.54 MB / 1.8 GB, free: 165.9 MB / 1.292 GB
Notification: Performance of solveInitialSystemEqSystem (initialization): time 0.0002418/2.758, allocations: 43.98 kB / 1.8 GB, free: 165.9 MB / 1.292 GB
Notification: Performance of matching and sorting (n=3923) (initialization): time 0.07673/2.835, allocations: 39.51 MB / 1.839 GB, free: 126 MB / 1.292 GB
Notification: Performance of prepare postOptimizeDAE: time 0.0002418/2.835, allocations: 0.5911 MB / 1.839 GB, free: 125.3 MB / 1.292 GB
Notification: Performance of postOpt simplifyComplexFunction (initialization): time 0.0002543/2.835, allocations: 152 kB / 1.84 GB, free: 125.1 MB / 1.292 GB
Notification: Performance of postOpt tearingSystem (initialization): time 0.01413/2.849, allocations: 7.18 MB / 1.847 GB, free: 117.8 MB / 1.292 GB
Notification: Performance of postOpt solveSimpleEquations (initialization): time 0.01232/2.862, allocations: 3.285 MB / 1.85 GB, free: 114.5 MB / 1.292 GB
Notification: Performance of postOpt calculateStrongComponentJacobians (initialization): time 0.01681/2.878, allocations: 14.43 MB / 1.864 GB, free: 99.86 MB / 1.292 GB
Notification: Performance of postOpt simplifyAllExpressions (initialization): time 0.01654/2.895, allocations: 2.903 MB / 1.867 GB, free: 96.94 MB / 1.292 GB
Notification: Performance of postOpt collapseArrayExpressions (initialization): time 0.006463/2.901, allocations: 1.444 MB / 1.868 GB, free: 95.49 MB / 1.292 GB
Notification: Performance of preBalanceInitialSystem (initialization_lambda0): time 0.04242/2.944, allocations: 23.05 MB / 1.891 GB, free: 72.3 MB / 1.292 GB
Notification: Performance of partitionIndependentBlocks (initialization_lambda0): time 0.02705/2.971, allocations: 21.54 MB / 1.912 GB, free: 47.98 MB / 1.292 GB
Notification: Performance of analyzeInitialSystem (initialization_lambda0): time 0.04358/3.014, allocations: 29.4 MB / 1.94 GB, free: 16.16 MB / 1.292 GB
Notification: Performance of solveInitialSystemEqSystem (initialization_lambda0): time 0.0002127/3.015, allocations: 44 kB / 1.94 GB, free: 16.11 MB / 1.292 GB
Notification: Performance of matching and sorting (n=3923) (initialization_lambda0): time 0.08194/3.097, allocations: 39.29 MB / 1.979 GB, free: 8.438 MB / 1.323 GB
Notification: Performance of prepare postOptimizeDAE: time 0.0003562/3.097, allocations: 0.5958 MB / 1.979 GB, free: 7.719 MB / 1.323 GB
Notification: Performance of postOpt simplifyComplexFunction (initialization): time 0.0002385/3.097, allocations: 148 kB / 1.98 GB, free: 7.574 MB / 1.323 GB
Notification: Performance of postOpt tearingSystem (initialization): time 0.01426/3.111, allocations: 6.987 MB / 1.986 GB, free: 464 kB / 1.323 GB
Notification: Performance of postOpt solveSimpleEquations (initialization): time 0.01222/3.124, allocations: 3.27 MB / 1.99 GB, free: 13.18 MB / 1.339 GB
Notification: Performance of postOpt calculateStrongComponentJacobians (initialization): time 0.01911/3.143, allocations: 14.28 MB / 2.003 GB, free: 14.67 MB / 1.354 GB
Notification: Performance of postOpt simplifyAllExpressions (initialization): time 0.0158/3.159, allocations: 2.716 MB / 2.006 GB, free: 11.95 MB / 1.354 GB
Notification: Performance of postOpt collapseArrayExpressions (initialization): time 0.005874/3.164, allocations: 1.441 MB / 2.008 GB, free: 10.5 MB / 1.354 GB
Notification: Model statistics after passing the back-end for initialization:
 * Number of independent subsystems: 676
 * Number of states: 0 ()
 * Number of discrete variables: 2700 ($PRE.chiPlaCon.wseSta.wseTun.wseEnaTim.u,$PRE.chiPlaCon.wseSta.wseTun.wseEnaTim.reset,$PRE.chiPlaCon.wseSta.wseTun.accTim1.u,$PRE.chiPlaCon.wseSta.wseTun.accTim1.reset,$PRE.chiPlaCon.wseSta.wseTun.delWseDis.u,$PRE.chiPlaCon.wseSta.wsePum.resSpe.tim.u,$PRE.chiPlaCon.wseSta.truDel1.u,$PRE.chiPlaCon.wseSta.truDel2.u,$PRE.chiPlaCon.wseSta.sufEna.u,$PRE.chiPlaCon.plaEna.enaTim1.u,$PRE.chiPlaCon.chiWatPlaRes.triRes.tim.u,$PRE.chiPlaCon.staSetCon.staUp.faiSafCon.truDel.u,$PRE.chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].u,$PRE.chiPlaCon.staSetCon.staUp.effCon.truDel.u,$PRE.chiPlaCon.staSetCon.staUp.truDel.u,$PRE.chiPlaCon.staSetCon.staUp.truDel1.u,$PRE.chiPlaCon.staSetCon.staDow.faiSafCon.truDel.u,$PRE.chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].u,$PRE.chiPlaCon.staSetCon.staDow.truDel1.u,$PRE.chiPlaCon.staSetCon.cha.truDel.u,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.delPlaEna.u,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeRetTem.enaTow.truDel2.u,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeRetTem.enaTow.truDel.u,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeRetTem.enaTow.truDel1.u,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.truDel.u,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.truDel.u,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.cycOffTim.u,$PRE.chiPlaCon.towCon.towSta.staPro.newValCha.u,$PRE.chiPlaCon.towCon.towSta.ideChaCel.truDel[1].u,$PRE.chiPlaCon.towCon.towSta.ideChaCel.truDel[2].u,$PRE.chiPlaCon.dowProCon.nexChi.truDel[1].u,$PRE.chiPlaCon.dowProCon.nexChi.truDel[2].u,$PRE.chiPlaCon.dowProCon.dowSta.minBypRes.truDel.u,$PRE.chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.u,$PRE.chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel1[1].u,$PRE.chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel1[2].u,$PRE.chiPlaCon.dowProCon.disChiIsoVal.truDel.u,$PRE.chiPlaCon.dowProCon.disChiIsoVal.truDel1[1].u,$PRE.chiPlaCon.dowProCon.disChiIsoVal.truDel1[2].u,$PRE.chiPlaCon.upProCon.nexChi.truDel[1].u,$PRE.chiPlaCon.upProCon.nexChi.truDel[2].u,$PRE.chiPlaCon.upProCon.minBypSet.truDel.u,$PRE.chiPlaCon.upProCon.enaChiIsoVal.truDel.u,$PRE.chiPlaCon.upProCon.enaChiIsoVal.truDel1[1].u,$PRE.chiPlaCon.upProCon.enaChiIsoVal.truDel1[2].u,$PRE.chiPlaCon.upProCon.endUp.disChiIsoVal.truDel.u,$PRE.chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[1].u,$PRE.chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[2].u,$PRE.chiPlaCon.upProCon.truDel.u,$PRE.chiPlaCon.disChi.truDel.u,chiPlaCon.staSetCon.conf.lesThr1.y,chiPlaCon.staSetCon.conf.sort1.yIdx[2],chiPlaCon.staSetCon.conf.sort1.yIdx[1],chiPlaCon.upProCon.endUp.minChiWatSet.tim2.entryTime,$PRE.chiPlaCon.upProCon.endUp.minChiWatSet.tim2.entryTime,chiPlaCon.upProCon.endUp.minChiWatSet.tim1.entryTime,$PRE.chiPlaCon.upProCon.endUp.minChiWatSet.tim1.entryTime,chiPlaCon.upProCon.endUp.minChiWatSet.tim.entryTime,$PRE.chiPlaCon.upProCon.endUp.minChiWatSet.tim.entryTime,chiPlaCon.upProCon.minChiWatFlo.tim2.entryTime,$PRE.chiPlaCon.upProCon.minChiWatFlo.tim2.entryTime,chiPlaCon.upProCon.minChiWatFlo.tim1.entryTime,$PRE.chiPlaCon.upProCon.minChiWatFlo.tim1.entryTime,chiPlaCon.dowProCon.minChiWatFlo.tim2.entryTime,$PRE.chiPlaCon.dowProCon.minChiWatFlo.tim2.entryTime,chiPlaCon.dowProCon.minChiWatFlo.tim.entryTime,$PRE.chiPlaCon.dowProCon.minChiWatFlo.tim.entryTime,chiPlaCon.dowProCon.dowSta.minChiWatSet.tim1.entryTime,$PRE.chiPlaCon.dowProCon.dowSta.minChiWatSet.tim1.entryTime,chiPlaCon.dowProCon.dowSta.minChiWatSet.tim.entryTime,$PRE.chiPlaCon.dowProCon.dowSta.minChiWatSet.tim.entryTime,chiPlaCon.upProCon.endUp.minChiWatSet.staChaSet1.u,$PRE.chiPlaCon.upProCon.endUp.minChiWatSet.staChaSet1.u,chiPlaCon.upProCon.endUp.minChiWatSet.staChaSet.u,$PRE.chiPlaCon.upProCon.endUp.minChiWatSet.staChaSet.u,chiPlaCon.upProCon.endUp.minChiWatSet.lat.y,$PRE.chiPlaCon.upProCon.endUp.minChiWatSet.lat.y,chiPlaCon.upProCon.endUp.minChiWatSet.lat.clr,chiPlaCon.upProCon.endUp.minChiWatSet.lat.u,chiPlaCon.upProCon.endUp.minChiWatSet.edg.y,chiPlaCon.upProCon.endUp.minChiWatSet.edg.u,$PRE.chiPlaCon.upProCon.endUp.minChiWatSet.edg.u,chiPlaCon.upProCon.endUp.minChiWatSet.or4.y,chiPlaCon.upProCon.endUp.minChiWatSet.tim2.passed,$PRE.chiPlaCon.upProCon.endUp.minChiWatSet.tim2.passed,chiPlaCon.upProCon.endUp.minChiWatSet.tim1.passed,$PRE.chiPlaCon.upProCon.endUp.minChiWatSet.tim1.passed,chiPlaCon.upProCon.endUp.minChiWatSet.tim.passed,$PRE.chiPlaCon.upProCon.endUp.minChiWatSet.tim.passed,$whenCondition51,$whenCondition52,chiPlaCon.wseSta.wseTun.wseEnaTim.passed,$PRE.chiPlaCon.wseSta.wseTun.wseEnaTim.passed,chiPlaCon.wseSta.wseTun.accTim1.passed,$PRE.chiPlaCon.wseSta.wseTun.accTim1.passed,chiPlaCon.wseSta.wsePum.resSpe.uniDel.u_internal,$PRE.chiPlaCon.wseSta.wsePum.resSpe.uniDel.u_internal,chiPlaCon.wseSta.wsePum.resSpe.sampler.firstTrigger,$PRE.chiPlaCon.wseSta.wsePum.resSpe.sampler.firstTrigger,chiPlaCon.chiWatPlaRes.triRes.uniDel.u_internal,$PRE.chiPlaCon.chiWatPlaRes.triRes.uniDel.u_internal,chiPlaCon.chiWatPlaRes.triRes.sampler.firstTrigger,$PRE.chiPlaCon.chiWatPlaRes.triRes.sampler.firstTrigger,chiPlaCon.staSetCon.cha.tim.passed,$PRE.chiPlaCon.staSetCon.cha.tim.passed,chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.chaTim.passed,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.chaTim.passed,chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.sam.firstTrigger,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.sam.firstTrigger,chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.passed,$PRE.chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.passed,chiPlaCon.dowProCon.disHeaCon.tim.passed,$PRE.chiPlaCon.dowProCon.disHeaCon.tim.passed,chiPlaCon.upProCon.enaHeaCon.tim.passed,$PRE.chiPlaCon.upProCon.enaHeaCon.tim.passed,chiPlaCon.upProCon.endUp.disHeaCon.tim.passed,$PRE.chiPlaCon.upProCon.endUp.disHeaCon.tim.passed,zerOrdHol7[1].firstTrigger,$PRE.zerOrdHol7[1].firstTrigger,zerOrdHol7[2].firstTrigger,$PRE.zerOrdHol7[2].firstTrigger,$PRE.chiPlaCon.wseSta.wseTun.delWseDis.t_next,$whenCondition437,$PRE.chiPlaCon.wseSta.wsePum.resSpe.tim.t_next,$whenCondition431,$PRE.chiPlaCon.wseSta.truDel1.t_next,$whenCondition417,$PRE.chiPlaCon.wseSta.truDel2.t_next,$whenCondition414,$PRE.chiPlaCon.wseSta.sufEna.t_next,$whenCondition411,$PRE.chiPlaCon.plaEna.enaTim1.t_next,$whenCondition404,$PRE.chiPlaCon.chiWatPlaRes.triRes.tim.t_next,$whenCondition389,$PRE.chiPlaCon.staSetCon.staUp.faiSafCon.truDel.t_next,$whenCondition379,$PRE.chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].t_next,$whenCondition376,$PRE.chiPlaCon.staSetCon.staUp.effCon.truDel.t_next,$whenCondition373,$PRE.chiPlaCon.staSetCon.staUp.truDel.t_next,$whenCondition370,$PRE.chiPlaCon.staSetCon.staUp.truDel1.t_next,$whenCondition367,$PRE.chiPlaCon.staSetCon.staDow.faiSafCon.truDel.t_next,$whenCondition362,$PRE.chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].t_next,$whenCondition359,$PRE.chiPlaCon.staSetCon.staDow.truDel1.t_next,$whenCondition356,$PRE.chiPlaCon.staSetCon.cha.truDel.t_next,$whenCondition328,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.delPlaEna.t_next,$whenCondition325,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeRetTem.enaTow.truDel2.t_next,$whenCondition319,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeRetTem.enaTow.truDel.t_next,$whenCondition316,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeRetTem.enaTow.truDel1.t_next,$whenCondition313,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.truDel.t_next,$whenCondition310,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.truDel.t_next,$whenCondition298,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.cycOffTim.t_next,$whenCondition295,$PRE.chiPlaCon.towCon.towSta.staPro.newValCha.t_next,$whenCondition288,$PRE.chiPlaCon.towCon.towSta.ideChaCel.truDel[1].t_next,$whenCondition285,$PRE.chiPlaCon.towCon.towSta.ideChaCel.truDel[2].t_next,$whenCondition282,$PRE.chiPlaCon.dowProCon.nexChi.truDel[1].t_next,$whenCondition267,$PRE.chiPlaCon.dowProCon.nexChi.truDel[2].t_next,$whenCondition264,$PRE.chiPlaCon.dowProCon.dowSta.minBypRes.truDel.t_next,$whenCondition250,$PRE.chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.t_next,$whenCondition233,$PRE.chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel1[1].t_next,$whenCondition226,$PRE.chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel1[2].t_next,$whenCondition223,$PRE.chiPlaCon.dowProCon.disChiIsoVal.truDel.t_next,$whenCondition188,$PRE.chiPlaCon.dowProCon.disChiIsoVal.truDel1[1].t_next,$whenCondition181,$PRE.chiPlaCon.dowProCon.disChiIsoVal.truDel1[2].t_next,$whenCondition178,$PRE.chiPlaCon.upProCon.nexChi.truDel[1].t_next,$whenCondition140,$PRE.chiPlaCon.upProCon.nexChi.truDel[2].t_next,$whenCondition137,$PRE.chiPlaCon.upProCon.minBypSet.truDel.t_next,$whenCondition116,$PRE.chiPlaCon.upProCon.enaChiIsoVal.truDel.t_next,$whenCondition99,$PRE.chiPlaCon.upProCon.enaChiIsoVal.truDel1[1].t_next,$whenCondition92,$PRE.chiPlaCon.upProCon.enaChiIsoVal.truDel1[2].t_next,$whenCondition89,$PRE.chiPlaCon.upProCon.endUp.disChiIsoVal.truDel.t_next,$whenCondition71,$PRE.chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[1].t_next,$whenCondition64,$PRE.chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[2].t_next,$whenCondition61,$PRE.chiPlaCon.upProCon.truDel.t_next,$whenCondition18,$PRE.chiPlaCon.disChi.truDel.t_next,$whenCondition11,$PRE.timTabLin1.tab.nextTimeEvent,$whenCondition4,chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.pre.u,chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.intOpeTim.passed,$PRE.chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.intOpeTim.passed,chiPlaCon.wseSta.wseTun.delWseDis.t_next,chiPlaCon.wseSta.wsePum.resSpe.tim.t_next,chiPlaCon.wseSta.truDel1.t_next,chiPlaCon.wseSta.truDel2.t_next,chiPlaCon.wseSta.sufEna.t_next,chiPlaCon.plaEna.enaTim1.t_next,chiPlaCon.chiWatPlaRes.triRes.tim.t_next,chiPlaCon.staSetCon.staUp.faiSafCon.truDel.t_next,chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].t_next,chiPlaCon.staSetCon.staUp.effCon.truDel.t_next,chiPlaCon.staSetCon.staUp.truDel.t_next,chiPlaCon.staSetCon.staUp.truDel1.t_next,chiPlaCon.staSetCon.staDow.faiSafCon.truDel.t_next,chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].t_next,chiPlaCon.staSetCon.staDow.truDel1.t_next,chiPlaCon.staSetCon.cha.truDel.t_next,chiPlaCon.tow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iPlaCon.wseSta.valCom.y,chiPlaCon.wseSta.valCom.clr,chiPlaCon.wseSta.valCom.u,chiPlaCon.wseSta.pre1.y,chiPlaCon.wseSta.pre1.u,$PRE.chiPlaCon.wseSta.pre1.u,chiPlaCon.wseSta.pre2.y,chiPlaCon.wseSta.pre2.u,$PRE.chiPlaCon.wseSta.pre2.u,chiPlaCon.wseSta.lat.y,$PRE.chiPlaCon.wseSta.lat.y,chiPlaCon.wseSta.lat.clr,chiPlaCon.wseSta.lat.u,chiPlaCon.wseSta.intEqu.y,chiPlaCon.wseSta.wsePum.resSpe.truHol.entryTimeFalse,$PRE.chiPlaCon.wseSta.wsePum.resSpe.truHol.entryTimeFalse,chiPlaCon.wseSta.wsePum.resSpe.truHol.entryTimeTrue,$PRE.chiPlaCon.wseSta.wsePum.resSpe.truHol.entryTimeTrue,chiPlaCon.wseSta.wsePum.resSpe.truHol.not_y,$PRE.chiPlaCon.wseSta.wsePum.resSpe.truHol.not_y,chiPlaCon.wseSta.wsePum.resSpe.truHol.not_u,$PRE.chiPlaCon.wseSta.wsePum.resSpe.truHol.not_u,chiPlaCon.wseSta.wsePum.resSpe.truHol.y,$PRE.chiPlaCon.wseSta.wsePum.resSpe.truHol.y,chiPlaCon.wseSta.wsePum.resSpe.truHol.u,$PRE.chiPlaCon.wseSta.wsePum.resSpe.truHol.u,chiPlaCon.wseSta.wsePum.resSpe.lat.y,$PRE.chiPlaCon.wseSta.wsePum.resSpe.lat.y,chiPlaCon.wseSta.wsePum.resSpe.lat.clr,chiPlaCon.wseSta.wsePum.resSpe.lat.u,chiPlaCon.wseSta.wsePum.resSpe.and2.y,chiPlaCon.wseSta.wsePum.resSpe.sampler.y,chiPlaCon.wseSta.wsePum.resSpe.uniDel.y,$PRE.chiPlaCon.wseSta.wsePum.resSpe.uniDel.y,chiPlaCon.wseSta.wsePum.resSpe.greThr.y,chiPlaCon.wseSta.wsePum.resSpe.tim.y,chiPlaCon.wseSta.wsePum.resSpe.tim.u,chiPlaCon.wseSta.wsePum.resSpeReq.y,chiPlaCon.wseSta.wsePum.resSpeReq1.y,chiPlaCon.wseSta.wsePum.greThr1.greHys.y,$PRE.chiPlaCon.wseSta.wsePum.greThr1.greHys.y,chiPlaCon.wseSta.wsePum.greThr.greHys.y,$PRE.chiPlaCon.wseSta.wsePum.greThr.greHys.y,chiPlaCon.wseSta.hys.y,$PRE.chiPlaCon.wseSta.hys.y,chiPlaCon.wseSta.truFalHol.entryTimeFalse,$PRE.chiPlaCon.wseSta.truFalHol.entryTimeFalse,chiPlaCon.wseSta.truFalHol.entryTimeTrue,$PRE.chiPlaCon.wseSta.truFalHol.entryTimeTrue,chiPlaCon.wseSta.truFalHol.not_y,$PRE.chiPlaCon.wseSta.truFalHol.not_y,chiPlaCon.wseSta.truFalHol.not_u,$PRE.chiPlaCon.wseSta.truFalHol.not_u,chiPlaCon.wseSta.truFalHol.y,$PRE.chiPlaCon.wseSta.truFalHol.y,chiPlaCon.wseSta.truFalHol.u,$PRE.chiPlaCon.wseSta.truFalHol.u,chiPlaCon.wseSta.wseTun.delWseDis.y,chiPlaCon.wseSta.wseTun.delWseDis.u,chiPlaCon.wseSta.wseTun.lesThr1.y,chiPlaCon.wseSta.wseTun.triSam2.y,$PRE.chiPlaCon.wseSta.wseTun.triSam2.y,chiPlaCon.wseSta.wseTun.accTim1.yAcc,$PRE.chiPlaCon.wseSta.wseTun.accTim1.yAcc,chiPlaCon.wseSta.wseTun.accTim1.entryTime,$PRE.chiPlaCon.wseSta.wseTun.accTim1.entryTime,chiPlaCon.wseSta.wseTun.accTim1.reset,chiPlaCon.wseSta.wseTun.accTim1.u,chiPlaCon.wseSta.wseTun.edg.u,$PRE.chiPlaCon.wseSta.wseTun.edg.u,chiPlaCon.wseSta.wseTun.shoEnaTim.y,$PRE.chiPlaCon.wseSta.wseTun.shoEnaTim.y,chiPlaCon.wseSta.wseTun.shoEnaTim.clr,chiPlaCon.wseSta.wseTun.shoEnaTim.u,chiPlaCon.wseSta.wseTun.triSam1.y,$PRE.chiPlaCon.wseSta.wseTun.triSam1.y,chiPlaCon.wseSta.wseTun.lonEnaTim.y,$PRE.chiPlaCon.wseSta.wseTun.lonEnaTim.y,chiPlaCon.wseSta.wseTun.lonEnaTim.clr,chiPlaCon.wseSta.wseTun.lonEnaTim.u,chiPlaCon.wseSta.wseTun.preRes.u,chiPlaCon.wseSta.wseTun.maxInt.y,chiPlaCon.wseSta.wseTun.disCou1.y,$PRE.chiPlaCon.wseSta.wseTun.disCou1.y,chiPlaCon.wseSta.wseTun.disCou1.trigger,chiPlaCon.wseSta.wseTun.disCou.y,$PRE.chiPlaCon.wseSta.wseTun.disCou.y,chiPlaCon.wseSta.wseTun.hys.y,$PRE.chiPlaCon.wseSta.wseTun.hys.y,chiPlaCon.wseSta.wseTun.and1.y,chiPlaCon.wseSta.wseTun.wseEnaTim.yAcc,$PRE.chiPlaCon.wseSta.wseTun.wseEnaTim.yAcc,chiPlaCon.wseSta.wseTun.wseEnaTim.entryTime,$PRE.chiPlaCon.wseSta.wseTun.wseEnaTim.entryTime,chiPlaCon.wseSta.wseTun.wseEnaTim.reset,chiPlaCon.wseSta.wseTun.wseEnaTim.u,chiPlaCon.wseSta.wseTun.and2.y,chiPlaCon.wseSta.wseTun.tim.entryTime,$PRE.chiPlaCon.wseSta.wseTun.tim.entryTime,chiPlaCon.wseSta.wseTun.tim.passed,$PRE.chiPlaCon.wseSta.wseTun.tim.passed,chiPlaCon.wseSta.notDisWse.y,chiPlaCon.wseSta.enaTWet.y,$PRE.chiPlaCon.wseSta.enaTWet.y,chiPlaCon.yTowCelIsoVal[2],chiPlaCon.yTowCelIsoVal[1],chiPlaCon.yReaChiDemLim,chiPlaCon.yWsePumOn,chiPlaCon.uConWatPum[1],chiPlaCon.uChi[1],chiPlaCon.uChiWatPum[1],chiPlaCon.uConWatReq[2],$whenCondition5,$whenCondition6,$whenCondition7,$whenCondition8,$whenCondition9,$whenCondition10,$whenCondition13,$whenCondition12,$whenCondition14,$whenCondition15,$whenCondition16,$whenCondition17,$whenCondition21,$whenCondition22,$whenCondition23,$whenCondition24,$whenCondition25,$whenCondition26,$whenCondition27,$whenCondition28,$whenCondition29,$whenCondition30,$whenCondition31,$whenCondition32,$whenCondition33,$whenCondition34,$whenCondition35,$whenCondition36,$whenCondition37,$whenCondition38,$whenCondition39,$whenCondition40,$whenCondition41,$whenCondition42,$whenCondition43,$whenCondition44,$whenCondition45,$whenCondition46,$whenCondition47,$whenCondition48,$whenCondition49,$whenCondition50,$whenCondition53,$whenCondition54,$whenCondition55,$whenCondition58,$whenCondition57,$whenCondition56,$whenCondition59,$whenCondition60,$whenCondition63,$whenCondition62,$whenCondition66,$whenCondition65,$whenCondition67,$whenCondition68,$whenCondition69,$whenCondition70,$whenCondition73,$whenCondition72,$whenCondition74,$whenCondition75,$whenCondition76,$whenCondition77,$whenCondition78,$whenCondition79,$whenCondition82,$whenCondition81,$whenCondition80,$whenCondition83,$whenCondition86,$whenCondition85,$whenCondition84,$whenCondition87,$whenCondition88,$whenCondition91,$whenCondition90,$whenCondition94,$whenCondition93,$whenCondition95,$whenCondition96,$whenCondition97,$whenCondition98,$whenCondition101,$whenCondition100,$whenCondition102,$whenCondition103,$whenCondition104,$whenCondition105,$whenCondition106,$whenCondition107,$whenCondition110,$whenCondition109,$whenCondition108,$whenCondition111,$whenCondition112,$whenCondition115,$whenCondition114,$whenCondition113,$whenCondition118,$whenCondition117,$whenCondition119,$whenCondition120,$whenCondition121,$whenCondition122,$whenCondition124,$whenCondition123,$whenCondition125,$whenCondition126,$whenCondition127,$whenCondition128,$whenCondition129,$whenCondition132,$whenCondition131,$whenCondition130,$whenCondition133,$whenCondition134,$whenCondition136,$whenCondition135,$whenCondition143,$whenCondition144,$whenCondition145,$whenCondition146,$whenCondition147,$whenCondition148,$whenCondition149,$whenCondition150,$whenCondition151,$whenCondition152,$whenCondition153,$whenCondition154,$whenCondition155,$whenCondition156,$whenCondition157,$whenCondition158,$whenCondition159,$whenCondition160,$whenCondition161,$whenCondition162,$whenCondition163,$whenCondition164,$whenCondition165,$whenCondition166,$whenCondition167,$whenCondition170,$whenCondition169,$whenCondition168,$whenCondition171,$whenCondition172,$whenCondition175,$whenCondition174,$whenCondition173,$whenCondition176,$whenCondition177,$whenCondition180,$whenCondition179,$whenCondition183,$whenCondition182,$whenCondition184,$whenCondition185,$whenCondition186,$whenCondition187,$whenCondition190,$whenCondition189,$whenCondition191,$whenCondition192,$whenCondition193,$whenCondition194,$whenCondition195,$whenCondition196,$whenCondition199,$whenCondition198,$whenCondition197,$whenCondition200,$whenCondition201,$whenCondition202,$whenCondition203,$whenCondition204,$whenCondition205,$whenCondition206,$whenCondition207,$whenCondition208,$whenCondition209,$whenCondition210,$whenCondition211,$whenCondition212,$whenCondition215,$whenCondition214,$whenCondition213,$whenCondition216,$whenCondition217,$whenCondition220,$whenCondition219,$whenCondition218,$whenCondition221,$whenCondition222,$whenCondition225,$whenCondition224,$whenCondition228,$whenCondition227,$whenCondition229,$whenCondition230,$whenCondition231,$whenCondition232,$whenCondition235,$whenCondition234,$whenCondition236,$whenCondition237,$whenCondition238,$whenCondition239,$whenCondition240,$whenCondition241,$whenCondition244,$whenCondition243,$whenCondition242,$whenCondition245,$whenCondition246,$whenCondition249,$whenCondition248,$whenCondition247,$whenCondition252,$whenCondition251,$whenCondition253,$whenCondition254,$whenCondition255,$whenCondition256,$whenCondition258,$whenCondition257,$whenCondition259,$whenCondition260,$whenCondition263,$whenCondition262,$whenCondition261,$whenCondition270,$whenCondition271,$whenCondition272,$whenCondition273,$whenCondition274,$whenCondition275,$whenCondition276,$whenCondition277,$whenCondition278,$whenCondition279,$whenCondition280,$whenCondition281,$whenCondition284,$whenCondition283,$whenCondition287,$whenCondition286,$whenCondition290,$whenCondition289,$whenCondition291,$whenCondition292,$whenCondition293,$whenCondition294,$whenCondition297,$whenCondition296,$whenCondition300,$whenCondition299,$whenCondition301,$whenCondition302,$whenCondition305,$whenCondition304,$whenCondition303,$whenCondition306,$whenCondition307,$whenCondition309,$whenCondition312,$whenCondition311,$whenCondition315,$whenCondition314,$whenCondition318,$whenCondition317,$whenCondition321,$whenCondition320,$whenCondition324,$whenCondition323,$whenCondition322,$whenCondition327,$whenCondition326,$whenCondition331,$whenCondition332,$whenCondition333,$whenCondition334,$whenCondition335,$whenCondition336,$whenCondition337,$whenCondition338,$whenCondition339,$whenCondition340,$whenCondition341,$whenCondition342,$whenCondition345,$whenCondition344,$whenCondition343,$whenCondition346,$whenCondition347,$whenCondition348,$whenCondition349,$whenCondition350,$whenCondition351,$whenCondition352,$whenCondition353,$whenCondition354,$whenCondition355,$whenCondition358,$whenCondition357,$whenCondition361,$whenCondition360,$whenCondition364,$whenCondition363,$whenCondition365,$whenCondition366,$whenCondition369,$whenCondition368,$whenCondition372,$whenCondition371,$whenCondition375,$whenCondition374,$whenCondition378,$whenCondition377,$whenCondition381,$whenCondition380,$whenCondition382,$whenCondition383,$whenCondition384,$whenCondition385,$whenCondition386,$whenCondition391,$whenCondition390,$whenCondition392,$whenCondition393,$whenCondition394,$whenCondition395,$whenCondition398,$whenCondition397,$whenCondition396,$whenCondition401,$whenCondition400,$whenCondition399,$whenCondition402,$whenCondition403,$whenCondition406,$whenCondition405,$whenCondition413,$whenCondition412,$whenCondition416,$whenCondition415,$whenCondition419,$whenCondition418,$whenCondition420,$whenCondition421,$whenCondition422,$whenCondition423,$whenCondition424,$whenCondition425,$whenCondition426,$whenCondition427,$whenCondition428,$whenCondition433,$whenCondition432,$whenCondition434,$whenCondition435,$whenCondition436,$whenCondition439,$whenCondition438,$whenCondition440,$whenCondition444,$whenCondition443,$whenCondition442,$whenCondition441,$whenCondition445,$whenCondition446,$whenCondition447,$whenCondition448,$whenCondition449,$whenCondition451,$whenCondition454,$whenCondition453,$whenCondition452,$whenCondition455,$whenCondition456,$whenCondition457,$whenCondition458,$whenCondition459,$whenCondition460,$whenCondition461,$whenCondition462,chiPlaCon.wseSta.wsePum.resSpe.greThr2.y,chiPlaCon.wseSta.wsePum.resSpe.lesThr1.y,chiPlaCon.conInt6.y,chiPlaCon.conInt5.y,chiPlaCon.intEqu2.y,chiPlaCon.conInt4.y,chiPlaCon.conInt3.y,chiPlaCon.intEqu1.y,chiPlaCon.conInt2.y,chiPlaCon.conInt.y,chiPlaCon.intEqu.y,chiPlaCon.con3.y,chiPlaCon.upProCon.endUp.disChiIsoVal.con2.y,chiPlaCon.upProCon.enaChiIsoVal.con2.y,chiPlaCon.dowProCon.disChiIsoVal.con2.y,chiPlaCon.dowProCon.dowSta.enaChiIsoVal.con2.y,chiPlaCon.towCon.makUpWat.greEqu.y,chiPlaCon.towCon.towFanSpe.con1.y,chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.cheYMinMax.y,chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.cheYMinMax.y,chiPlaCon.heaPreCon[2].fixSpe.y,chiPlaCon.heaPreCon[2].havWSE.y,chiPlaCon.heaPreCon[2].not1.y,chiPlaCon.heaPreCon[2].chiHeaPreLoo.conPID.conPID.cheYMinMax.y,chiPlaCon.heaPreCon[1].fixSpe.y,chiPlaCon.heaPreCon[1].havWSE.y,chiPlaCon.heaPreCon[1].not1.y,chiPlaCon.heaPreCon[1].chiHeaPreLoo.conPID.conPID.cheYMinMax.y)
 * Number of discrete states: 0 ()
 * Number of clocked states: 0 ()
 * Top-level inputs: 0
Notification: Strong component statistics for initialization (3313):
 * Single equations (assignments): 3295
 * Array equations: 0
 * Algorithm blocks: 15
 * Record equations: 2
 * When equations: 0
 * If-equations: 0
 * Equation systems (not torn): 0
 * Torn equation systems: 1
 * Mixed (continuous/discrete) equation systems: 0
Notification: Torn system details for strict tearing set:
 * Linear torn systems (#iteration vars, #inner vars, density): 0 systems
 * Non-linear torn systems (#iteration vars, #inner vars): 1 system
   {(5,600)}
Notification: Performance of prepare postOptimizeDAE: time 0.01343/3.178, allocations: 4.875 MB / 2.012 GB, free: 5.488 MB / 1.354 GB
Notification: Performance of postOpt lateInlineFunction (simulation): time 0.0113/3.189, allocations: 3.364 MB / 2.016 GB, free: 2.109 MB / 1.354 GB
Notification: Performance of postOpt wrapFunctionCalls (simulation): time 0.6239/3.813, allocations: 41.9 MB / 2.056 GB, free: 429.3 MB / 1.385 GB
Notification: Performance of postOpt simplifysemiLinear (simulation): time 0.0005359/3.814, allocations: 137.3 kB / 2.057 GB, free: 429.3 MB / 1.385 GB
Notification: Performance of postOpt simplifyComplexFunction (simulation): time 5.782e-05/3.814, allocations: 4.531 kB / 2.057 GB, free: 429.3 MB / 1.385 GB
Notification: Performance of postOpt removeConstants (simulation): time 0.01365/3.827, allocations: 5.919 MB / 2.062 GB, free: 427.8 MB / 1.385 GB
Notification: Performance of postOpt simplifyTimeIndepFuncCalls (simulation): time 0.007744/3.835, allocations: 1.1 MB / 2.063 GB, free: 427.2 MB / 1.385 GB
Notification: Performance of postOpt simplifyAllExpressions (simulation): time 0.01089/3.846, allocations: 1.148 MB / 2.065 GB, free: 426.9 MB / 1.385 GB
Notification: Performance of postOpt findZeroCrossings (simulation): time 0.008044/3.854, allocations: 3.305 MB / 2.068 GB, free: 425.9 MB / 1.385 GB
[/var/lib/jenkins/ws/OpenModelicaLibraryTestingWork/OpenModelica/OMCompiler/Compiler/BackEnd/DAEMode.mo:531:7-533:90:writable] Error: Internal error DAEMode.traverserStrongComponents failed on equation:
1/1 (1): algorithm
  chiPlaCon.dowProCon.curDisChi.y := $START.chiPlaCon.dowProCon.curDisChi.y;
  assert(chiPlaCon.dowProCon.minChiWatFlo.intRep.y[2] > 0 and chiPlaCon.dowProCon.minChiWatFlo.intRep.y[2] <= 2, \"In Controller.chiPlaCon.dowProCon.curDisChi: The extract index is out of the range.\");
  chiPlaCon.dowProCon.curDisChi.y := chiPlaCon.dowProCon.curDisChi.u[min(2, max(1, chiPlaCon.dowProCon.minChiWatFlo.intRep.y[2]))];


Variables:
1: chiPlaCon.dowProCon.curDisChi.y:VARIABLE(flow=false protected = true )  \"Real signal extracted from input vector, u[index]\" type: Real
[/var/lib/jenkins/ws/OpenModelicaLibraryTestingWork/OpenModelica/OMCompiler/Compiler/BackEnd/DAEMode.mo:531:7-533:90:writable] Error: Internal error DAEMode.traverserStrongComponents failed on equation:
1/1 (1): chiPlaCon.chiWatPumCon.leaPumSta[2].y = if chiPlaCon.chiWatPumCon.intEqu1[2].y then chiPlaCon.chiWatPumCon.pumSpeRemDp.uChiWatPum[2] else chiWatPum[2].y
2/2 (1): chiPlaCon.chiWatPumCon.remPum[2].y = if not chiPlaCon.chiWatPumCon.disLasLag.y then chiPlaCon.chiWatPumCon.leaPumSta[2].y else chiPlaCon.chiWatPumCon.pumSta[2].y
3/3 (1): chiPlaCon.chiWatPumCon.addPum[2].y = if chiPlaCon.chiWatPumCon.enaNexLag.y then chiPlaCon.chiWatPumCon.enaPum[2].y else chiPlaCon.chiWatPumCon.remPum[2].y
4/4 (1): chiPlaCon.chiWatPumCon.pre1[2].u = chiPlaCon.chiWatPumCon.pumSpeRemDp.uChiWatPum[2] and chiPlaCon.chiWatPumCon.addPum[2].y
5/5 (1): chiWatPum[2].u = chiPlaCon.chiWatPumCon.pre1[2].u and chiPlaCon.disChi.not3[2].y
6/6 (1): not chiPlaCon.chiWatPlaRes.triRes.tim.u = not chiWatPum[2].u and not chiWatPum[1].u
7/7 (1): $whenCondition390 = not chiPlaCon.chiWatPlaRes.triRes.tim.u
8/8 (1): when false then
  chiPlaCon.chiWatPlaRes.triRes.tim.y := if not chiPlaCon.chiWatPlaRes.triRes.tim.delayTime > 0.0 then chiPlaCon.chiWatPlaRes.triRes.tim.u else false;
elsewhen $whenCondition391 then
  chiPlaCon.chiWatPlaRes.triRes.tim.y := not chiPlaCon.chiWatPlaRes.triRes.tim.delayTime > 0.0;
elsewhen $whenCondition390 then
  chiPlaCon.chiWatPlaRes.triRes.tim.y := false;
elsewhen $whenCondition389 then
  chiPlaCon.chiWatPlaRes.triRes.tim.y := chiPlaCon.chiWatPlaRes.triRes.tim.u;
end when;
9/9 (1): chiPlaCon.chiWatPlaRes.triRes.netRes.u2 = chiPlaCon.chiWatPlaRes.triRes.tim.y and chiPlaCon.chiWatPlaRes.triRes.greThr.y
10/10 (1): chiPlaCon.chiWatPlaRes.triRes.netRes.y = smooth(0, if chiPlaCon.chiWatPlaRes.triRes.netRes.u2 then chiPlaCon.chiWatPlaRes.triRes.netRes.u1 else chiPlaCon.chiWatPlaRes.triRes.swi1.y)
11/11 (1): chiPlaCon.chiWatPlaRes.triRes.swiHol.y = smooth(0, if chiPlaCon.chiWatPlaRes.triRes.lat.y then 0.0 else chiPlaCon.chiWatPlaRes.triRes.netRes.y)
12/12 (1): chiPlaCon.chiWatPlaRes.triRes.add1.y = chiPlaCon.chiWatPlaRes.triRes.uniDel.y + chiPlaCon.chiWatPlaRes.triRes.swiHol.y
13/13 (1): chiPlaCon.chiWatPlaRes.triRes.min1.y = min(chiPlaCon.chiWatPlaRes.triRes.add1.y, chiPlaCon.chiWatPlaRes.triRes.maxSetCon.k)
14/14 (1): chiPlaCon.chiWatPlaRes.triRes.swi2.u3 = max(chiPlaCon.chiWatPlaRes.triRes.min1.y, chiPlaCon.chiWatPlaRes.triRes.minSetCon.k)
15/15 (1): chiPlaCon.chiWatPlaRes.triRes.swi2.y = smooth(0, if not chiPlaCon.chiWatPlaRes.triRes.tim.u then chiPlaCon.chiWatPlaRes.triRes.iniSetCon.k else chiPlaCon.chiWatPlaRes.triRes.swi2.u3)
16/16 (1): chiPlaCon.chiWatPlaRes.triRes.y = smooth(0, if chiPlaCon.chiWatPlaRes.triRes.tim.y then chiPlaCon.chiWatPlaRes.triRes.swi2.y else chiPlaCon.chiWatPlaRes.triRes.iniSetCon.k)
17/17 (1): chiPlaCon.chiWatSupSet.uChiWatPlaRes = smooth(0, if chiPlaCon.chiWatPlaRes.triRes.tim.u then chiPlaCon.chiWatPlaRes.triRes.y else 0.0)
18/18 (1): $cse8 = max(chiPlaCon.chiWatSupSet.zerRes[1].k, chiPlaCon.chiWatSupSet.uChiWatPlaRes)
19/19 (1): chiPlaCon.chiWatSupSet.chiWatPumPre[1].xLim = min(chiPlaCon.chiWatSupSet.halRes[1].k, $cse8)
20/20 (1): chiPlaCon.chiWatSupSet.dpChiWatSet[1] = chiPlaCon.chiWatSupSet.chiWatPumPre[1].a + chiPlaCon.chiWatSupSet.chiWatPumPre[1].b * chiPlaCon.chiWatSupSet.chiWatPumPre[1].xLim
21/21 (1): chiPlaCon.staSetCon.staDow.faiSafCon.sub2[1].y = chiPlaCon.chiWatSupSet.dpChiWatSet[1] - chiPlaCon.dpChiWat_remote[1]
22/22 (1): chiPlaCon.staSetCon.staDow.faiSafCon.hysdpSup1[1].y = not pre(chiPlaCon.staSetCon.staDow.faiSafCon.hysdpSup1[1].y) and chiPlaCon.staSetCon.staDow.faiSafCon.sub2[1].y > chiPlaCon.staSetCon.staDow.faiSafCon.hysdpSup1[1].uHigh or pre(chiPlaCon.staSetCon.staDow.faiSafCon.hysdpSup1[1].y) and chiPlaCon.staSetCon.staDow.faiSafCon.sub2[1].y >= chiPlaCon.staSetCon.staDow.faiSafCon.hysdpSup1[1].uLow
23/23 (1): chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].u = chiPlaCon.staSetCon.staDow.faiSafCon.hysdpSup1[1].y
24/24 (1): $whenCondition360 = not chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].u
25/25 (1): when false then
  chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].y := chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].u;
elsewhen $whenCondition361 then
  chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].y := not chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].delayTime > 0.0;
elsewhen $whenCondition360 then
  chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].y := false;
elsewhen $whenCondition359 then
  chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].y := chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].u;
end when;
26/26 (1): not chiPlaCon.staSetCon.staDow.not1.y = chiPlaCon.staSetCon.staDow.faiSafCon.truDel.y or chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].y
27/27 (1): chiPlaCon.staSetCon.staDow.and0.y = chiPlaCon.staSetCon.staDow.truDel1.y and chiPlaCon.staSetCon.staDow.not1.y
28/28 (1): chiPlaCon.staSetCon.yDow = if chiPlaCon.staSetCon.staDow.intGreThr.y then chiPlaCon.staSetCon.staDow.and0.y else chiPlaCon.staSetCon.staDow.and2.y
29/29 (1): chiPlaCon.staSetCon.cha.and4.y = chiPlaCon.staSetCon.yUp and not chiPlaCon.staSetCon.yDow
30/30 (1): chiPlaCon.staSetCon.cha.switch1.y = smooth(0, if chiPlaCon.staSetCon.cha.and4.y then chiPlaCon.staSetCon.cha.intToRea1.y else chiPlaCon.staSetCon.cha.intToRea.y)
31/31 (1): when $whenCondition349 then
  chiPlaCon.staSetCon.cha.triSam.y := chiPlaCon.staSetCon.cha.switch1.y;
end when;
32/32 (1): chiPlaCon.staSetCon.cha.switch2.y = smooth(0, if chiPlaCon.staSetCon.cha.lat1.y then chiPlaCon.staSetCon.cha.intToRea2.y else chiPlaCon.staSetCon.cha.triSam.y)
33/33 (1): chiPlaCon.staSetCon.cha.reaToInt.y = if chiPlaCon.staSetCon.cha.switch2.y > 0.0 then integer(floor(chiPlaCon.staSetCon.cha.switch2.y + 0.5, 35), 34) else integer(ceil(chiPlaCon.staSetCon.cha.switch2.y - 0.5, 37), 36)
34/34 (1): chiPlaCon.upProCon.nexChi.cha.u = chiPlaCon.staSetCon.cha.reaToInt.y * chiPlaCon.staSetCon.cha.booToInt.y
35/35 (1): chiPlaCon.upProCon.nexChi.cha.u = chiPlaCon.dowProCon.nexChi.cha.u
36/36 (1): chiPlaCon.upProCon.cha.u = chiPlaCon.dowProCon.nexChi.cha.u
37/37 (1): chiPlaCon.upProCon.cha.up = chiPlaCon.upProCon.cha.u > pre(chiPlaCon.upProCon.cha.u)
38/38 (1): chiPlaCon.upProCon.lat.u = if chiPlaCon.upProCon.truDel.y then chiPlaCon.upProCon.cha.up else chiPlaCon.upProCon.and1.y
39/39 (1): $whenCondition30 = chiPlaCon.upProCon.lat.u
40/40 (1): when {$whenCondition29, $whenCondition30} then
  chiPlaCon.upProCon.lat.y := not chiPlaCon.upProCon.lat.clr and chiPlaCon.upProCon.lat.u;
end when;
41/41 (1): $whenCondition135 = not chiPlaCon.upProCon.lat.y
42/42 (1): when $whenCondition83 then
  chiPlaCon.upProCon.chiDemRed.tim.passed := chiPlaCon.upProCon.chiDemRed.tim.t <= 0.0;
elsewhen $whenCondition136 then
  chiPlaCon.upProCon.chiDemRed.tim.passed := true;
elsewhen $whenCondition135 then
  chiPlaCon.upProCon.chiDemRed.tim.passed := false;
end when;
43/43 (1): chiPlaCon.upProCon.chiDemRed.or2.y = chiPlaCon.upProCon.chiDemRed.tim.passed or not chiPlaCon.upProCon.chiDemRed.hys.y
44/44 (1): chiPlaCon.upProCon.chiDemRed.finRedDem.y = chiPlaCon.upProCon.lat.y and chiPlaCon.upProCon.chiDemRed.or2.y
45/45 (1): chiPlaCon.upProCon.chiDemRed.lat.u = not chiPlaCon.upProCon.lat.y or chiPlaCon.upProCon.chiDemRed.finRedDem.y
46/46 (1): $whenCondition134 = chiPlaCon.upProCon.chiDemRed.lat.u
47/47 (1): when {$whenCondition133, $whenCondition134} then
  chiPlaCon.upProCon.chiDemRed.lat.y := not chiPlaCon.upProCon.chiDemRed.lat.clr and chiPlaCon.upProCon.chiDemRed.lat.u;
end when;
48/48 (1): chiPlaCon.upProCon.chiDemRed.yChiDemRed = chiPlaCon.upProCon.chiDemRed.lat.y or chiPlaCon.upProCon.chiDemRed.upFroZer.y
49/49 (1): chiPlaCon.upProCon.lat1.u = chiPlaCon.upProCon.lat.y and chiPlaCon.upProCon.chiDemRed.yChiDemRed
50/50 (1): $whenCondition28 = chiPlaCon.upProCon.lat1.u
51/51 (1): when {$whenCondition27, $whenCondition28} then
  chiPlaCon.upProCon.lat1.y := not chiPlaCon.upProCon.lat1.clr and chiPlaCon.upProCon.lat1.u;
end when;
52/52 (1): chiPlaCon.upProCon.or3.y = chiPlaCon.enaDev.ecoMod.y or chiPlaCon.upProCon.lat1.y
53/53 (1): chiPlaCon.upProCon.minBypSet.truDel.u = chiPlaCon.upProCon.or3.y and chiPlaCon.upProCon.lat.y
54/54 (1): $whenCondition117 = not chiPlaCon.upProCon.minBypSet.truDel.u
55/55 (1): when false then
  chiPlaCon.upProCon.minBypSet.truDel.y := if not (chiPlaCon.upProCon.minBypSet.truDel.delayOnInit and chiPlaCon.upProCon.minBypSet.truDel.delayTime > 0.0) then chiPlaCon.upProCon.minBypSet.truDel.u else false;
elsewhen $whenCondition118 then
  chiPlaCon.upProCon.minBypSet.truDel.y := not chiPlaCon.upProCon.minBypSet.truDel.delayTime > 0.0;
elsewhen $whenCondition117 then
  chiPlaCon.upProCon.minBypSet.truDel.y := false;
elsewhen $whenCondition116 then
  chiPlaCon.upProCon.minBypSet.truDel.y := chiPlaCon.upProCon.minBypSet.truDel.u;
end when;
56/56 (1): chiPlaCon.upProCon.minBypSet.yMinBypRes = chiPlaCon.upProCon.minBypSet.truDel.y and chiPlaCon.upProCon.minBypSet.and5.y
57/57 (1): chiPlaCon.upProCon.edg.u = chiPlaCon.upProCon.lat.y and chiPlaCon.upProCon.minBypSet.yMinBypRes
58/58 (1): chiPlaCon.upProCon.lat2.u = chiPlaCon.upProCon.edg.u and not pre(chiPlaCon.upProCon.edg.u)
59/59 (1): $whenCondition26 = chiPlaCon.upProCon.lat2.u
60/60 (1): when {$whenCondition25, $whenCondition26} then
  chiPlaCon.upProCon.lat2.y := not chiPlaCon.upProCon.lat2.clr and chiPlaCon.upProCon.lat2.u;
end when;
61/61 (1): chiPlaCon.upProCon.enaHeaCon.edg.u = chiPlaCon.edg.u or chiPlaCon.upProCon.lat2.y
62/62 (1): chiPlaCon.upProCon.lat4.u = chiPlaCon.upProCon.enaHeaCon.greThr1.y and chiPlaCon.upProCon.enaHeaCon.edg.u
63/63 (1): $whenCondition24 = chiPlaCon.upProCon.lat4.u
64/64 (1): when {$whenCondition23, $whenCondition24} then
  chiPlaCon.upProCon.lat4.y := not chiPlaCon.upProCon.lat4.clr and chiPlaCon.upProCon.lat4.u;
end when;
65/65 (1): chiPlaCon.upProCon.enaChiIsoVal.edg.u = chiPlaCon.upProCon.lat4.y
66/66 (1): chiPlaCon.upProCon.enaChiIsoVal.edg.y = chiPlaCon.upProCon.enaChiIsoVal.edg.u and not pre(chiPlaCon.upProCon.enaChiIsoVal.edg.u)
67/67 (1): chiPlaCon.upProCon.enaChiIsoVal.lat.u = chiPlaCon.upProCon.enaChiIsoVal.edg.y and chiPlaCon.upProCon.lat.y
68/68 (1): $whenCondition107 = chiPlaCon.upProCon.enaChiIsoVal.lat.u
69/69 (1): when {$whenCondition106, $whenCondition107} then
  chiPlaCon.upProCon.enaChiIsoVal.lat.y := not chiPlaCon.upProCon.enaChiIsoVal.lat.clr and chiPlaCon.upProCon.enaChiIsoVal.lat.u;
end when;
70/70 (1): $whenCondition108 = not chiPlaCon.upProCon.enaChiIsoVal.lat.y
71/71 (1): when $whenCondition110 then
  chiPlaCon.upProCon.enaChiIsoVal.tim.passed := chiPlaCon.upProCon.enaChiIsoVal.tim.t <= 0.0;
elsewhen $whenCondition109 then
  chiPlaCon.upProCon.enaChiIsoVal.tim.passed := true;
elsewhen $whenCondition108 then
  chiPlaCon.upProCon.enaChiIsoVal.tim.passed := false;
end when;
72/72 (1): chiPlaCon.upProCon.enaChiIsoVal.lat2.u = chiPlaCon.upProCon.enaChiIsoVal.tim.passed
73/73 (1): $whenCondition103 = chiPlaCon.upProCon.enaChiIsoVal.lat2.u
74/74 (1): when {$whenCondition102, $whenCondition103} then
  chiPlaCon.upProCon.enaChiIsoVal.lat2.y := not chiPlaCon.upProCon.enaChiIsoVal.lat2.clr and chiPlaCon.upProCon.enaChiIsoVal.lat2.u;
end when;
75/75 (1): chiPlaCon.upProCon.lat5.u = chiPlaCon.upProCon.enaChiIsoVal.lat2.y
76/76 (1): $whenCondition22 = chiPlaCon.upProCon.lat5.u
77/77 (1): when {$whenCondition21, $whenCondition22} then
  chiPlaCon.upProCon.lat5.y := not chiPlaCon.upProCon.lat5.clr and chiPlaCon.upProCon.lat5.u;
end when;
78/78 (1): chiPlaCon.upProCon.y1ChiWatIsoVal[2] = if chiPlaCon.upProCon.lat5.y then chiPlaCon.upProCon.endUp.y1ChiWatIsoVal[2] else chiPlaCon.upProCon.enaChiIsoVal.y1ChiWatIsoVal[2]
79/79 (1): chiPlaCon.chiIsoVal[2].y = if chiPlaCon.chiStaUp.y then chiPlaCon.upProCon.y1ChiWatIsoVal[2] else chiPlaCon.dowProCon.y1ChiWatIsoVal[2]
80/80 (1): chiPlaCon.disChi.y1ChiWatIsoVal[2] = if chiPlaCon.disChi.booScaRep1.y[2] then false else chiPlaCon.chiIsoVal[2].y
81/81 (1): chiPlaCon.chiWatPumCon.enaHeaLeaPum.anyIsoVal.uTemp[2] = chiPlaCon.disChi.y1ChiWatIsoVal[2] or chiPlaCon.chiWatPumCon.u1ChiWatIsoVal[1]
82/82 (1): chiPlaCon.chiWatPumCon.enaHeaLeaPum.yLea = chiPlaCon.chiWatPumCon.enaHeaLeaPum.anyIsoVal.uTemp[2] or chiPlaCon.wseSta.wseTun.wseEnaTim.u
83/83 (1): chiPlaCon.chiWatPumCon.pumSpeRemDp.uChiWatPum[2] = chiPlaCon.chiWatPumCon.mulOr.uTemp[2] or chiPlaCon.chiWatPumCon.enaHeaLeaPum.yLea
84/84 (1): chiPlaCon.chiWatPumCon.pre1[1].u = chiPlaCon.chiWatPumCon.pumSpeRemDp.uChiWatPum[2] and chiPlaCon.chiWatPumCon.addPum[1].y
85/85 (1): chiWatPum[1].u = chiPlaCon.chiWatPumCon.pre1[1].u and chiPlaCon.disChi.not3[2].y
86/86 (1): chiPlaCon.chiWatPumCon.leaPumSta[1].y = if chiPlaCon.chiWatPumCon.intEqu1[1].y then chiPlaCon.chiWatPumCon.pumSpeRemDp.uChiWatPum[2] else chiPlaCon.uChiWatPum[1]
87/87 (1): chiPlaCon.chiWatPumCon.remPum[1].y = if not chiPlaCon.chiWatPumCon.disLasLag.y then chiPlaCon.chiWatPumCon.leaPumSta[1].y else chiPlaCon.chiWatPumCon.pumSta[1].y
88/88 (1): chiPlaCon.chiWatPumCon.addPum[1].y = if chiPlaCon.chiWatPumCon.enaNexLag.y then chiPlaCon.chiWatPumCon.enaPum[1].y else chiPlaCon.chiWatPumCon.remPum[1].y
89/89 (1): chiPlaCon.chiWatPumCon.enaPum[1].y = chiPlaCon.chiWatPumCon.leaPumSta[1].y or chiPlaCon.chiWatPumCon.nexLagPumSta[1].y
90/90 (1): chiPlaCon.chiWatPumCon.pumSta[1].y = chiPlaCon.chiWatPumCon.lasLagPumSta[1].y and chiPlaCon.chiWatPumCon.enaPum[1].y
91/91 (1): chiPlaCon.chiWatPumCon.yPumSpe = smooth(0, if chiPlaCon.chiWatPumCon.pumSpeRemDp.uChiWatPum[2] then chiPlaCon.chiWatPumCon.pumSpeRemDp.pumSpe.y else 0.0)
92/92 (1): chiPlaCon.yChiPumSpe = smooth(0, if not chiPlaCon.disChi.not3[2].y then 0.0 else chiPlaCon.chiWatPumCon.yPumSpe)
93/93 (1): gai.y = gai.k * chiPlaCon.yChiPumSpe
94/94 (1): chiPlaCon.gai.y = 4.198e6 * gai.y
95/95 (1): chiPlaCon.upProCon.uChiLoa = chiPlaCon.sub.y * chiPlaCon.gai.y
96/96 (1): when $whenCondition259 then
  chiPlaCon.dowProCon.dowSta.chiDemRed.triSam.y := chiPlaCon.upProCon.uChiLoa;
end when;
97/97 (1): chiPlaCon.dowProCon.dowSta.chiDemRed.addPar.y = 1e-6 + chiPlaCon.dowProCon.dowSta.chiDemRed.triSam.y
98/98 (1): chiPlaCon.dowProCon.dowSta.chiDemRed.swi.y = smooth(0, if chiPlaCon.dowProCon.dowSta.chiDemRed.mulOr.uTemp[2] then chiPlaCon.dowProCon.dowSta.chiDemRed.addPar.y else 0.2)
99/99 (1): chiPlaCon.dowProCon.dowSta.chiDemRed.div.y = chiPlaCon.upProCon.uChiLoa / chiPlaCon.dowProCon.dowSta.chiDemRed.swi.y
100/100 (1): chiPlaCon.dowProCon.dowSta.chiDemRed.hys.y = not pre(chiPlaCon.dowProCon.dowSta.chiDemRed.hys.y) and chiPlaCon.dowProCon.dowSta.chiDemRed.div.y > chiPlaCon.dowProCon.dowSta.chiDemRed.hys.uHigh or pre(chiPlaCon.dowProCon.dowSta.chiDemRed.hys.y) and chiPlaCon.dowProCon.dowSta.chiDemRed.div.y >= chiPlaCon.dowProCon.dowSta.chiDemRed.hys.uLow
101/101 (1): chiPlaCon.dowProCon.dowSta.chiDemRed.or2.y = chiPlaCon.dowProCon.dowSta.chiDemRed.tim.passed or not chiPlaCon.dowProCon.dowSta.chiDemRed.hys.y
102/102 (1): chiPlaCon.dowProCon.dowSta.chiDemRed.finRedDem.y = chiPlaCon.dowProCon.dowSta.chiDemRed.edg.u and chiPlaCon.dowProCon.dowSta.chiDemRed.or2.y
103/103 (1): chiPlaCon.dowProCon.dowSta.chiDemRed.lat.u = not chiPlaCon.dowProCon.dowSta.chiDemRed.edg.u or chiPlaCon.dowProCon.dowSta.chiDemRed.finRedDem.y
104/104 (1): $whenCondition260 = chiPlaCon.dowProCon.dowSta.chiDemRed.lat.u
105/105 (1): when {$whenCondition259, $whenCondition260} then
  chiPlaCon.dowProCon.dowSta.chiDemRed.lat.y := not chiPlaCon.dowProCon.dowSta.chiDemRed.lat.clr and chiPlaCon.dowProCon.dowSta.chiDemRed.lat.u;
end when;
106/106 (1): chiPlaCon.dowProCon.dowSta.lat2.u = chiPlaCon.dowProCon.dowSta.chiDemRed.lat.y or chiPlaCon.dowProCon.dowSta.chiDemRed.upFroZer.y
107/107 (1): $whenCondition205 = chiPlaCon.dowProCon.dowSta.lat2.u
108/108 (1): when {$whenCondition204, $whenCondition205} then
  chiPlaCon.dowProCon.dowSta.lat2.y := not chiPlaCon.dowProCon.dowSta.lat2.clr and chiPlaCon.dowProCon.dowSta.lat2.u;
end when;
109/109 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet.u = chiPlaCon.dowProCon.dowSta.lat2.y and chiPlaCon.dowProCon.lat.y
110/110 (1): $whenCondition213 = not chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet.u
111/111 (1): when $whenCondition215 then
  chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.passed := chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.t <= 0.0;
elsewhen $whenCondition214 then
  chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.passed := true;
elsewhen $whenCondition213 then
  chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.passed := false;
end when;
112/112 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.or4.y = chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.passed or chiPlaCon.dowProCon.dowSta.minChiWatSet.tim1.passed
113/113 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.edg.u = chiPlaCon.dowProCon.dowSta.minChiWatSet.or4.y or chiPlaCon.dowProCon.dowSta.minChiWatSet.tim.passed
114/114 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.edg.y = chiPlaCon.dowProCon.dowSta.minChiWatSet.edg.u and not pre(chiPlaCon.dowProCon.dowSta.minChiWatSet.edg.u)
115/115 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet1.u = if chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet.u then chiPlaCon.dowProCon.dowSta.minChiWatSet.edg.y else not chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet.u
116/116 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.lat.u = chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet1.u and not pre(chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet1.u)
117/117 (1): $whenCondition211 = chiPlaCon.dowProCon.dowSta.minChiWatSet.lat.u
118/118 (1): when {$whenCondition210, $whenCondition211} then
  chiPlaCon.dowProCon.dowSta.minChiWatSet.lat.y := not chiPlaCon.dowProCon.dowSta.minChiWatSet.lat.clr and chiPlaCon.dowProCon.dowSta.minChiWatSet.lat.u;
end when;
119/119 (1): chiPlaCon.dowProCon.dowSta.minBypRes.lat.u = chiPlaCon.dowProCon.dowSta.minBypRes.and3.y and chiPlaCon.dowProCon.dowSta.minChiWatSet.lat.y
120/120 (1): $whenCondition257 = not chiPlaCon.dowProCon.dowSta.minBypRes.lat.u
121/121 (1): when $whenCondition256 then
  chiPlaCon.dowProCon.dowSta.minBypRes.tim.passed := chiPlaCon.dowProCon.dowSta.minBypRes.tim.t <= 0.0;
elsewhen $whenCondition258 then
  chiPlaCon.dowProCon.dowSta.minBypRes.tim.passed := true;
elsewhen $whenCondition257 then
  chiPlaCon.dowProCon.dowSta.minBypRes.tim.passed := false;
end when;
122/122 (1): chiPlaCon.dowProCon.dowSta.minBypRes.edg.u = chiPlaCon.dowProCon.dowSta.minBypRes.and1.y and chiPlaCon.dowProCon.dowSta.minBypRes.tim.passed
123/123 (1): chiPlaCon.dowProCon.dowSta.minBypRes.lat1.u = chiPlaCon.dowProCon.dowSta.minBypRes.edg.u and not pre(chiPlaCon.dowProCon.dowSta.minBypRes.edg.u)
124/124 (1): $whenCondition254 = chiPlaCon.dowProCon.dowSta.minBypRes.lat1.u
125/125 (1): when {$whenCondition253, $whenCondition254} then
  chiPlaCon.dowProCon.dowSta.minBypRes.lat1.y := not chiPlaCon.dowProCon.dowSta.minBypRes.lat1.clr and chiPlaCon.dowProCon.dowSta.minBypRes.lat1.u;
end when;
126/126 (1): chiPlaCon.dowProCon.dowSta.minBypRes.and5.y = chiPlaCon.dowProCon.lat.y and chiPlaCon.dowProCon.dowSta.minBypRes.lat1.y
127/127 (1): chiPlaCon.dowProCon.dowSta.lat1.u = chiPlaCon.dowProCon.dowSta.minBypRes.truDel.y and chiPlaCon.dowProCon.dowSta.minBypRes.and5.y
128/128 (1): $whenCondition207 = chiPlaCon.dowProCon.dowSta.lat1.u
129/129 (1): when {$whenCondition206, $whenCondition207} then
  chiPlaCon.dowProCon.dowSta.lat1.y := not chiPlaCon.dowProCon.dowSta.lat1.clr and chiPlaCon.dowProCon.dowSta.lat1.u;
end when;
130/130 (1): chiPlaCon.dowProCon.dowSta.enaHeaCon.edg.u = chiPlaCon.dowProCon.dowSta.lat1.y
131/131 (1): chiPlaCon.dowProCon.dowSta.lat3.u = chiPlaCon.dowProCon.dowSta.enaHeaCon.greThr1.y and chiPlaCon.dowProCon.dowSta.enaHeaCon.edg.u
132/132 (1): $whenCondition203 = chiPlaCon.dowProCon.dowSta.lat3.u
133/133 (1): when {$whenCondition202, $whenCondition203} then
  chiPlaCon.dowProCon.dowSta.lat3.y := not chiPlaCon.dowProCon.dowSta.lat3.clr and chiPlaCon.dowProCon.dowSta.lat3.u;
end when;
134/134 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.edg.u = chiPlaCon.dowProCon.dowSta.lat3.y
135/135 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.edg.y = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.edg.u and not pre(chiPlaCon.dowProCon.dowSta.enaChiIsoVal.edg.u)
136/136 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.u = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.edg.y and chiPlaCon.dowProCon.lat.y
137/137 (1): $whenCondition241 = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.u
138/138 (1): when {$whenCondition240, $whenCondition241} then
  chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.y := not chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.clr and chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.u;
end when;
139/139 (1): $whenCondition242 = not chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.y
140/140 (1): when $whenCondition244 then
  chiPlaCon.dowProCon.dowSta.enaChiIsoVal.tim.passed := chiPlaCon.dowProCon.dowSta.enaChiIsoVal.tim.t <= 0.0;
elsewhen $whenCondition243 then
  chiPlaCon.dowProCon.dowSta.enaChiIsoVal.tim.passed := true;
elsewhen $whenCondition242 then
  chiPlaCon.dowProCon.dowSta.enaChiIsoVal.tim.passed := false;
end when;
141/141 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat2.u = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.tim.passed
142/142 (1): $whenCondition237 = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat2.u
143/143 (1): when {$whenCondition236, $whenCondition237} then
  chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat2.y := not chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat2.clr and chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat2.u;
end when;
144/144 (1): chiPlaCon.dowProCon.dowSta.lat4.u = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat2.y
145/145 (1): $whenCondition201 = chiPlaCon.dowProCon.dowSta.lat4.u
146/146 (1): when {$whenCondition200, $whenCondition201} then
  chiPlaCon.dowProCon.dowSta.lat4.y := not chiPlaCon.dowProCon.dowSta.lat4.clr and chiPlaCon.dowProCon.dowSta.lat4.u;
end when;
147/147 (1): chiPlaCon.dowProCon.dowSta.disChi.edg.u = chiPlaCon.dowProCon.lat.y and chiPlaCon.dowProCon.dowSta.lat4.y
148/148 (1): $whenCondition218 = not chiPlaCon.dowProCon.dowSta.disChi.edg.u
149/149 (1): when $whenCondition220 then
  chiPlaCon.dowProCon.dowSta.disChi.tim.passed := chiPlaCon.dowProCon.dowSta.disChi.tim.t <= 0.0;
elsewhen $whenCondition219 then
  chiPlaCon.dowProCon.dowSta.disChi.tim.passed := true;
elsewhen $whenCondition218 then
  chiPlaCon.dowProCon.dowSta.disChi.tim.passed := false;
end when;
150/150 (1): chiPlaCon.dowProCon.lat2.u = if chiPlaCon.dowProCon.booRep1.y[2] then chiPlaCon.dowProCon.dowSta.disChi.tim.passed else true
151/151 (1): $whenCondition160 = chiPlaCon.dowProCon.lat2.u
152/152 (1): when {$whenCondition159, $whenCondition160} then
  chiPlaCon.dowProCon.lat2.y := not chiPlaCon.dowProCon.lat2.clr and chiPlaCon.dowProCon.lat2.u;
end when;
153/153 (1): chiPlaCon.dowProCon.and4.y = chiPlaCon.dowProCon.lat2.y and chiPlaCon.dowProCon.lat.y
154/154 (1): chiPlaCon.dowProCon.logSwi2.y = if chiPlaCon.dowProCon.booRep1.y[2] then chiPlaCon.dowProCon.and4.y else chiPlaCon.dowProCon.lat.y
155/155 (1): chiPlaCon.dowProCon.disChiIsoVal.edg.u = chiPlaCon.dowProCon.logSwi2.y and chiPlaCon.dowProCon.and6.y
156/156 (1): chiPlaCon.dowProCon.disChiIsoVal.edg.y = chiPlaCon.dowProCon.disChiIsoVal.edg.u and not pre(chiPlaCon.dowProCon.disChiIsoVal.edg.u)
157/157 (1): chiPlaCon.dowProCon.disChiIsoVal.lat.u = chiPlaCon.dowProCon.disChiIsoVal.edg.y and chiPlaCon.dowProCon.lat.y
158/158 (1): $whenCondition196 = chiPlaCon.dowProCon.disChiIsoVal.lat.u
159/159 (1): when {$whenCondition195, $whenCondition196} then
  chiPlaCon.dowProCon.disChiIsoVal.lat.y := not chiPlaCon.dowProCon.disChiIsoVal.lat.clr and chiPlaCon.dowProCon.disChiIsoVal.lat.u;
end when;
160/160 (1): chiPlaCon.dowProCon.disChiIsoVal.intRep.y[2] = if chiPlaCon.dowProCon.disChiIsoVal.lat.y then chiPlaCon.dowProCon.minChiWatFlo.intRep.y[2] else 0
161/161 (1): chiPlaCon.dowProCon.disChiIsoVal.intEqu[2].y = chiPlaCon.dowProCon.disChiIsoVal.intRep.y[2] == 2
162/162 (1): chiPlaCon.dowProCon.disChiIsoVal.booToRea[2].y = if chiPlaCon.dowProCon.disChiIsoVal.intEqu[2].y then chiPlaCon.dowProCon.disChiIsoVal.booToRea[2].realTrue else chiPlaCon.dowProCon.disChiIsoVal.booToRea[2].realFalse
163/163 (1): chiPlaCon.dowProCon.disChiIsoVal.sub[2].y = chiPlaCon.dowProCon.disChiIsoVal.booToRea1[2].y - chiPlaCon.dowProCon.disChiIsoVal.booToRea[2].y
164/164 (1): chiPlaCon.dowProCon.disChiIsoVal.abs1[2].y = abs(chiPlaCon.dowProCon.disChiIsoVal.sub[2].y)
165/165 (1): chiPlaCon.dowProCon.disChiIsoVal.greThr[2].y = chiPlaCon.dowProCon.disChiIsoVal.abs1[2].y > chiPlaCon.dowProCon.disChiIsoVal.greThr[2].greNoHys.t
166/166 (1): chiPlaCon.dowProCon.y1ChiWatIsoVal[2] = if chiPlaCon.dowProCon.disChiIsoVal.lat3.y then not chiPlaCon.dowProCon.disChiIsoVal.truDel1[2].u else chiPlaCon.dowProCon.disChiIsoVal.greThr[2].y
167/167 (1): chiPlaCon.dowProCon.disChiIsoVal.intEqu[1].y = chiPlaCon.dowProCon.disChiIsoVal.intRep.y[2] == 1
168/168 (1): chiPlaCon.dowProCon.disChiIsoVal.booToRea[1].y = if chiPlaCon.dowProCon.disChiIsoVal.intEqu[1].y then chiPlaCon.dowProCon.disChiIsoVal.booToRea[1].realTrue else chiPlaCon.dowProCon.disChiIsoVal.booToRea[1].realFalse
169/169 (1): chiPlaCon.dowProCon.disChiIsoVal.sub[1].y = chiPlaCon.dowProCon.disChiIsoVal.booToRea1[1].y - chiPlaCon.dowProCon.disChiIsoVal.booToRea[1].y
170/170 (1): chiPlaCon.dowProCon.disChiIsoVal.abs1[1].y = abs(chiPlaCon.dowProCon.disChiIsoVal.sub[1].y)
171/171 (1): chiPlaCon.dowProCon.disChiIsoVal.greThr[1].y = chiPlaCon.dowProCon.disChiIsoVal.abs1[1].y > chiPlaCon.dowProCon.disChiIsoVal.greThr[1].greNoHys.t
172/172 (1): chiPlaCon.dowProCon.y1ChiWatIsoVal[1] = if chiPlaCon.dowProCon.disChiIsoVal.lat3.y then not chiPlaCon.dowProCon.disChiIsoVal.truDel1[1].u else chiPlaCon.dowProCon.disChiIsoVal.greThr[1].y
173/173 (1): chiPlaCon.chiIsoVal[1].y = if chiPlaCon.chiStaUp.y then chiPlaCon.upProCon.y1ChiWatIsoVal[1] else chiPlaCon.dowProCon.y1ChiWatIsoVal[1]
174/174 (1): chiPlaCon.chiWatPumCon.u1ChiWatIsoVal[1] = if chiPlaCon.disChi.booScaRep1.y[2] then false else chiPlaCon.chiIsoVal[1].y
175/175 (1): chiPlaCon.dowProCon.dowSta.disChi.logSwi2[2].y = if not chiPlaCon.dowProCon.dowSta.disChi.tim.passed then chiPlaCon.dowProCon.dowSta.disChi.logSwi[2].y else chiPlaCon.dowProCon.dowSta.disChi.logSwi1[2].y
176/176 (1): chiPlaCon.dowProCon.dowSta.disChi.logSwi5[2].y = if chiPlaCon.dowProCon.dowSta.disChi.edg.u then chiPlaCon.dowProCon.dowSta.disChi.logSwi2[2].y else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[2].u
177/177 (1): chiPlaCon.dowProCon.yChi[2] = if chiPlaCon.dowProCon.booRep1.y[2] then chiPlaCon.dowProCon.dowSta.disChi.logSwi5[2].y else chiPlaCon.dowProCon.dowSta.disChi.logSwi6[2].y
178/178 (1): chiPlaCon.chiComSta[2].y = if chiPlaCon.chiStaUp.y then not chiPlaCon.upProCon.endUp.chiStaHol[2].not_y else chiPlaCon.dowProCon.yChi[2]
179/179 (1): chiPlaCon.chiEna[2].u = chiPlaCon.chiComSta[2].y and not chiPlaCon.staSetCon.cha.falEdg.not_u
180/180 (1): not chiPlaCon.disChi.truDel.u = chiPlaCon.chiEna[2].u or chiOne.u
181/181 (1): $whenCondition12 = not chiPlaCon.disChi.truDel.u
182/182 (1): when false then
  chiPlaCon.disChi.truDel.y := if not chiPlaCon.disChi.truDel.delayOnInit then chiPlaCon.disChi.truDel.u else false;
elsewhen $whenCondition13 then
  chiPlaCon.disChi.truDel.y := false;
elsewhen $whenCondition12 then
  chiPlaCon.disChi.truDel.y := false;
elsewhen $whenCondition11 then
  chiPlaCon.disChi.truDel.y := chiPlaCon.disChi.truDel.u;
end when;
183/183 (1): chiPlaCon.disChi.cloChiIsoVal.y = chiPlaCon.disChi.truDel.y or chiPlaCon.disChi.noChiWatReq.y
184/184 (1): chiPlaCon.disChi.booScaRep1.y[2] = chiPlaCon.disChi.cloChiIsoVal.y and chiPlaCon.wseSta.wsePum.resSpe.truHol.not_u
185/185 (1): $whenCondition13 = chiPlaCon.disChi.truDel.u
186/186 (1): chiPlaCon.disChi.enaIsoVal.u = not chiPlaCon.disChi.truDel.u
187/187 (1): $whenCondition10 = chiPlaCon.disChi.enaIsoVal.u
188/188 (1): when {$whenCondition9, $whenCondition10} then
  chiPlaCon.disChi.enaIsoVal.y := not chiPlaCon.disChi.enaIsoVal.clr and chiPlaCon.disChi.enaIsoVal.u;
end when;
189/189 (1): not chiPlaCon.disChi.noChiWatReq.y = chiPlaCon.disChi.chiWatReqCha.u or chiPlaCon.disChi.enaIsoVal.y
190/190 (1): chiPlaCon.disChi.disChi1.y = chiPlaCon.disChi.truDel.u and chiPlaCon.wseSta.wsePum.resSpe.truHol.not_u
191/191 (1): not chiPlaCon.disChi.not3[2].y = chiPlaCon.disChi.disChi1.y and not chiPlaCon.wseSta.wseTun.wseEnaTim.u
192/192 (1): chiPlaCon.dowProCon.dowSta.disChi.logSwi2[1].y = if not chiPlaCon.dowProCon.dowSta.disChi.tim.passed then chiPlaCon.dowProCon.dowSta.disChi.logSwi[1].y else chiPlaCon.dowProCon.dowSta.disChi.logSwi1[1].y
193/193 (1): chiPlaCon.dowProCon.dowSta.disChi.logSwi5[1].y = if chiPlaCon.dowProCon.dowSta.disChi.edg.u then chiPlaCon.dowProCon.dowSta.disChi.logSwi2[1].y else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[1].u
194/194 (1): chiPlaCon.dowProCon.yChi[1] = if chiPlaCon.dowProCon.booRep1.y[2] then chiPlaCon.dowProCon.dowSta.disChi.logSwi5[1].y else chiPlaCon.dowProCon.dowSta.disChi.logSwi6[1].y
195/195 (1): chiPlaCon.chiComSta[1].y = if chiPlaCon.chiStaUp.y then not chiPlaCon.upProCon.endUp.chiStaHol[1].not_y else chiPlaCon.dowProCon.yChi[1]
196/196 (1): chiOne.u = chiPlaCon.chiComSta[1].y and not chiPlaCon.staSetCon.cha.falEdg.not_u
197/197 (1): chiPlaCon.dowProCon.dowSta.disChi.and3[2].y = chiPlaCon.dowProCon.dowSta.disChi.tim.passed and chiPlaCon.dowProCon.dowSta.disChi.intEqu1[2].y
198/198 (1): chiPlaCon.dowProCon.dowSta.disChi.logSwi1[2].y = if chiPlaCon.dowProCon.dowSta.disChi.and3[2].y then false else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[2].u
199/199 (1): chiPlaCon.dowProCon.dowSta.disChi.and3[1].y = chiPlaCon.dowProCon.dowSta.disChi.tim.passed and chiPlaCon.dowProCon.dowSta.disChi.intEqu1[1].y
200/200 (1): chiPlaCon.dowProCon.dowSta.disChi.logSwi1[1].y = if chiPlaCon.dowProCon.dowSta.disChi.and3[1].y then false else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[1].u
201/201 (1): $whenCondition219 = chiPlaCon.dowProCon.dowSta.disChi.edg.u and time >= chiPlaCon.dowProCon.dowSta.disChi.tim.t + pre(chiPlaCon.dowProCon.dowSta.disChi.tim.entryTime)
202/202 (1): $whenCondition220 = chiPlaCon.dowProCon.dowSta.disChi.edg.u
203/203 (1): chiPlaCon.dowProCon.dowSta.disChi.booRep1.y[2] = chiPlaCon.dowProCon.dowSta.disChi.edg.u and not pre(chiPlaCon.dowProCon.dowSta.disChi.edg.u)
204/204 (1): $whenCondition217 = chiPlaCon.dowProCon.dowSta.disChi.booRep1.y[2]
205/205 (1): when $whenCondition217 then
  chiPlaCon.dowProCon.dowSta.disChi.triSam[1].y := chiPlaCon.dowProCon.dowSta.disChi.booToRea[1].y;
end when;
206/206 (1): chiPlaCon.dowProCon.dowSta.disChi.greEquThr[1].y = chiPlaCon.dowProCon.dowSta.disChi.triSam[1].y > 0.5
207/207 (1): chiPlaCon.dowProCon.dowSta.disChi.logSwi[1].y = if chiPlaCon.dowProCon.dowSta.disChi.and1[1].y then true else chiPlaCon.dowProCon.dowSta.disChi.greEquThr[1].y
208/208 (1): when $whenCondition217 then
  chiPlaCon.dowProCon.dowSta.disChi.triSam[2].y := chiPlaCon.dowProCon.dowSta.disChi.booToRea[2].y;
end when;
209/209 (1): chiPlaCon.dowProCon.dowSta.disChi.greEquThr[2].y = chiPlaCon.dowProCon.dowSta.disChi.triSam[2].y > 0.5
210/210 (1): chiPlaCon.dowProCon.dowSta.disChi.logSwi[2].y = if chiPlaCon.dowProCon.dowSta.disChi.and1[2].y then true else chiPlaCon.dowProCon.dowSta.disChi.greEquThr[2].y
211/211 (1): chiPlaCon.dowProCon.dowSta.disChi.and1[2].y = chiPlaCon.dowProCon.dowSta.disChi.intEqu[2].y and chiPlaCon.dowProCon.dowSta.disChi.edg.u
212/212 (1): chiPlaCon.dowProCon.dowSta.disChi.and1[1].y = chiPlaCon.dowProCon.dowSta.disChi.intEqu[1].y and chiPlaCon.dowProCon.dowSta.disChi.edg.u
213/213 (1): $whenCondition243 = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.y and time >= chiPlaCon.dowProCon.dowSta.enaChiIsoVal.tim.t + pre(chiPlaCon.dowProCon.dowSta.enaChiIsoVal.tim.entryTime)
214/214 (1): $whenCondition244 = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.y
215/215 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.intRep.y[2] = if chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.y then chiPlaCon.dowProCon.dowSta.nexEnaChi else 0
216/216 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.intEqu[2].y = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.intRep.y[2] == 2
217/217 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.booToRea[2].y = if chiPlaCon.dowProCon.dowSta.enaChiIsoVal.intEqu[2].y then chiPlaCon.dowProCon.dowSta.enaChiIsoVal.booToRea[2].realTrue else chiPlaCon.dowProCon.dowSta.enaChiIsoVal.booToRea[2].realFalse
218/218 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.sub[2].y = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.booToRea1[2].y - chiPlaCon.dowProCon.dowSta.enaChiIsoVal.booToRea[2].y
219/219 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.abs1[2].y = abs(chiPlaCon.dowProCon.dowSta.enaChiIsoVal.sub[2].y)
220/220 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.greThr[2].y = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.abs1[2].y > chiPlaCon.dowProCon.dowSta.enaChiIsoVal.greThr[2].greNoHys.t
221/221 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.y1ChiWatIsoVal[2] = if chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat3.y then not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[2].u else chiPlaCon.dowProCon.dowSta.enaChiIsoVal.greThr[2].y
222/222 (1): chiPlaCon.dowProCon.dowSta.y1ChiWatIsoVal[2] = if chiPlaCon.dowProCon.booRep1.y[2] then chiPlaCon.dowProCon.dowSta.enaChiIsoVal.y1ChiWatIsoVal[2] else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[2].u
223/223 (1): not chiPlaCon.dowProCon.disChiIsoVal.truDel1[2].u = if chiPlaCon.dowProCon.booRep1.y[2] then chiPlaCon.dowProCon.dowSta.y1ChiWatIsoVal[2] else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[2].u
224/224 (1): chiPlaCon.dowProCon.disChiIsoVal.cha[2].u = not chiPlaCon.dowProCon.disChiIsoVal.truDel1[2].u
225/225 (1): chiPlaCon.dowProCon.disChiIsoVal.cha[2].y = chiPlaCon.dowProCon.disChiIsoVal.cha[2].u <> pre(chiPlaCon.dowProCon.disChiIsoVal.cha[2].u)
226/226 (1): chiPlaCon.dowProCon.disChiIsoVal.lat3.u = chiPlaCon.dowProCon.disChiIsoVal.cha[2].y or chiPlaCon.dowProCon.disChiIsoVal.mulOr.uTemp[1]
227/227 (1): $whenCondition187 = chiPlaCon.dowProCon.disChiIsoVal.lat3.u
228/228 (1): when {$whenCondition186, $whenCondition187} then
  chiPlaCon.dowProCon.disChiIsoVal.lat3.y := not chiPlaCon.dowProCon.disChiIsoVal.lat3.clr and chiPlaCon.dowProCon.disChiIsoVal.lat3.u;
end when;
229/229 (1): chiPlaCon.dowProCon.disChiIsoVal.booToRea1[2].y = if not chiPlaCon.dowProCon.disChiIsoVal.truDel1[2].u then chiPlaCon.dowProCon.disChiIsoVal.booToRea1[2].realTrue else chiPlaCon.dowProCon.disChiIsoVal.booToRea1[2].realFalse
230/230 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.intEqu[1].y = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.intRep.y[2] == 1
231/231 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.booToRea[1].y = if chiPlaCon.dowProCon.dowSta.enaChiIsoVal.intEqu[1].y then chiPlaCon.dowProCon.dowSta.enaChiIsoVal.booToRea[1].realTrue else chiPlaCon.dowProCon.dowSta.enaChiIsoVal.booToRea[1].realFalse
232/232 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.sub[1].y = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.booToRea1[1].y - chiPlaCon.dowProCon.dowSta.enaChiIsoVal.booToRea[1].y
233/233 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.abs1[1].y = abs(chiPlaCon.dowProCon.dowSta.enaChiIsoVal.sub[1].y)
234/234 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.greThr[1].y = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.abs1[1].y > chiPlaCon.dowProCon.dowSta.enaChiIsoVal.greThr[1].greNoHys.t
235/235 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.y1ChiWatIsoVal[1] = if chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat3.y then not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[1].u else chiPlaCon.dowProCon.dowSta.enaChiIsoVal.greThr[1].y
236/236 (1): chiPlaCon.dowProCon.dowSta.y1ChiWatIsoVal[1] = if chiPlaCon.dowProCon.booRep1.y[2] then chiPlaCon.dowProCon.dowSta.enaChiIsoVal.y1ChiWatIsoVal[1] else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[1].u
237/237 (1): not chiPlaCon.dowProCon.disChiIsoVal.truDel1[1].u = if chiPlaCon.dowProCon.booRep1.y[2] then chiPlaCon.dowProCon.dowSta.y1ChiWatIsoVal[1] else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[1].u
238/238 (1): chiPlaCon.dowProCon.disChiIsoVal.cha[1].u = not chiPlaCon.dowProCon.disChiIsoVal.truDel1[1].u
239/239 (1): chiPlaCon.dowProCon.disChiIsoVal.mulOr.uTemp[1] = chiPlaCon.dowProCon.disChiIsoVal.cha[1].u <> pre(chiPlaCon.dowProCon.disChiIsoVal.cha[1].u)
240/240 (1): chiPlaCon.dowProCon.disChiIsoVal.booToRea1[1].y = if not chiPlaCon.dowProCon.disChiIsoVal.truDel1[1].u then chiPlaCon.dowProCon.disChiIsoVal.booToRea1[1].realTrue else chiPlaCon.dowProCon.disChiIsoVal.booToRea1[1].realFalse
241/241 (1): chiPlaCon.dowProCon.dowSta.enaHeaCon.edg.y = chiPlaCon.dowProCon.dowSta.enaHeaCon.edg.u and not pre(chiPlaCon.dowProCon.dowSta.enaHeaCon.edg.u)
242/242 (1): chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.u = chiPlaCon.dowProCon.dowSta.enaHeaCon.edg.y and chiPlaCon.dowProCon.lat.y
243/243 (1): $whenCondition245 = chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.u
244/244 (1): when {$whenCondition246, $whenCondition245} then
  chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.y := not chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.clr and chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.u;
end when;
245/245 (1): $whenCondition247 = not chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.y
246/246 (1): when $whenCondition249 then
  chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.entryTime := time;
elsewhen $whenCondition248 then
  chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.entryTime := pre(chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.entryTime);
elsewhen $whenCondition247 then
  chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.entryTime := pre(chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.entryTime);
end when;
247/247 (1): chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.y = if chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.y then time - chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.entryTime else 0.0
248/248 (1): chiPlaCon.dowProCon.dowSta.enaHeaCon.greThr1.y = chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.y > chiPlaCon.dowProCon.dowSta.enaHeaCon.greThr1.greNoHys.t
249/249 (1): $whenCondition248 = chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.y and time >= chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.t + pre(chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.entryTime)
250/250 (1): $whenCondition249 = chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.y
251/251 (1): $whenCondition258 = chiPlaCon.dowProCon.dowSta.minBypRes.lat.u and time >= chiPlaCon.dowProCon.dowSta.minBypRes.tim.t + pre(chiPlaCon.dowProCon.dowSta.minBypRes.tim.entryTime)
252/252 (1): $whenCondition256 = chiPlaCon.dowProCon.dowSta.minBypRes.lat.u
253/253 (1): when {$whenCondition255, $whenCondition256} then
  chiPlaCon.dowProCon.dowSta.minBypRes.lat.y := not chiPlaCon.dowProCon.dowSta.minBypRes.lat.clr and chiPlaCon.dowProCon.dowSta.minBypRes.lat.u;
end when;
254/254 (1): chiPlaCon.dowProCon.dowSta.minBypRes.and1.y = chiPlaCon.dowProCon.dowSta.minBypRes.truDel.u and chiPlaCon.dowProCon.dowSta.minBypRes.lat.y
255/255 (1): when $whenCondition215 then
  chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.entryTime := time;
elsewhen $whenCondition214 then
  chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.entryTime := pre(chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.entryTime);
elsewhen $whenCondition213 then
  chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.entryTime := pre(chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.entryTime);
end when;
256/256 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.y = if chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet.u then time - chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.entryTime else 0.0
257/257 (1): $cse26 = max(0.0, chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.y)
258/258 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.oneMorSet1.xLim = min(chiPlaCon.dowProCon.dowSta.minChiWatSet.con3.k, $cse26)
259/259 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.oneMorSet1.y = chiPlaCon.dowProCon.dowSta.minChiWatSet.oneMorSet1.a + chiPlaCon.dowProCon.dowSta.minChiWatSet.oneMorSet1.b * chiPlaCon.dowProCon.dowSta.minChiWatSet.oneMorSet1.xLim
260/260 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.byPasSet4.y = smooth(0, chiPlaCon.dowProCon.dowSta.minChiWatSet.oneMorSet1.y)
261/261 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.dowSet.y = smooth(0, if chiPlaCon.dowProCon.booRep1.y[2] then chiPlaCon.dowProCon.dowSta.minChiWatSet.byPasSet4.y else chiPlaCon.dowProCon.dowSta.minChiWatSet.oneLeSet.y)
262/262 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.chaSet.y = smooth(0, chiPlaCon.dowProCon.dowSta.minChiWatSet.dowSet.y)
263/263 (1): chiPlaCon.dowProCon.dowSta.yChiWatMinFloSet = smooth(0, if chiPlaCon.dowProCon.dowSta.minChiWatSet.endSta.not_u then chiPlaCon.dowProCon.dowSta.minChiWatSet.pro3.y else chiPlaCon.dowProCon.dowSta.minChiWatSet.chaSet.y)
264/264 (1): chiPlaCon.dowProCon.dowSta.minBypRes.nonZer.y = max(chiPlaCon.dowProCon.dowSta.yChiWatMinFloSet, 1e-13)
265/265 (1): chiPlaCon.dowProCon.dowSta.minBypRes.relFlo.y = gai.y / chiPlaCon.dowProCon.dowSta.minBypRes.nonZer.y
266/266 (1): chiPlaCon.dowProCon.dowSta.minBypRes.achSet.greHys.y = not pre(chiPlaCon.dowProCon.dowSta.minBypRes.achSet.greHys.y) and chiPlaCon.dowProCon.dowSta.minBypRes.relFlo.y > chiPlaCon.dowProCon.dowSta.minBypRes.achSet.greHys.t or pre(chiPlaCon.dowProCon.dowSta.minBypRes.achSet.greHys.y) and chiPlaCon.dowProCon.dowSta.minBypRes.relFlo.y > chiPlaCon.dowProCon.dowSta.minBypRes.achSet.greHys.t - 0.01
267/267 (1): chiPlaCon.dowProCon.dowSta.minBypRes.and3.y = chiPlaCon.dowProCon.dowSta.minBypRes.truDel.u and chiPlaCon.dowProCon.dowSta.minBypRes.achSet.greHys.y
268/268 (1): $whenCondition214 = chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet.u and time >= chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.t + pre(chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.entryTime)
269/269 (1): $whenCondition215 = chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet.u
270/270 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.lat.clr = chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet.u and not pre(chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet.u)
271/271 (1): $whenCondition210 = chiPlaCon.dowProCon.dowSta.minChiWatSet.lat.clr
272/272 (1): chiPlaCon.dowProCon.dowSta.minBypRes.truDel.u = chiPlaCon.dowProCon.dowSta.lat2.y and chiPlaCon.dowProCon.lat.y
273/273 (1): $whenCondition251 = not chiPlaCon.dowProCon.dowSta.minBypRes.truDel.u
274/274 (1): when false then
  chiPlaCon.dowProCon.dowSta.minBypRes.truDel.y := if not (chiPlaCon.dowProCon.dowSta.minBypRes.truDel.delayOnInit and chiPlaCon.dowProCon.dowSta.minBypRes.truDel.delayTime > 0.0) then chiPlaCon.dowProCon.dowSta.minBypRes.truDel.u else false;
elsewhen $whenCondition252 then
  chiPlaCon.dowProCon.dowSta.minBypRes.truDel.y := not chiPlaCon.dowProCon.dowSta.minBypRes.truDel.delayTime > 0.0;
elsewhen $whenCondition251 then
  chiPlaCon.dowProCon.dowSta.minBypRes.truDel.y := false;
elsewhen $whenCondition250 then
  chiPlaCon.dowProCon.dowSta.minBypRes.truDel.y := chiPlaCon.dowProCon.dowSta.minBypRes.truDel.u;
end when;
275/275 (1): $whenCondition252 = chiPlaCon.dowProCon.dowSta.minBypRes.truDel.u
276/276 (1): when $whenCondition133 then
  chiPlaCon.upProCon.chiDemRed.triSam.y := chiPlaCon.upProCon.uChiLoa;
end when;
277/277 (1): chiPlaCon.upProCon.chiDemRed.addPar.y = 1e-6 + chiPlaCon.upProCon.chiDemRed.triSam.y
278/278 (1): chiPlaCon.upProCon.chiDemRed.swi.y = smooth(0, if chiPlaCon.upProCon.chiDemRed.mulOr.uTemp[2] then chiPlaCon.upProCon.chiDemRed.addPar.y else 0.2)
279/279 (1): chiPlaCon.upProCon.chiDemRed.div.y = chiPlaCon.upProCon.uChiLoa / chiPlaCon.upProCon.chiDemRed.swi.y
280/280 (1): chiPlaCon.upProCon.chiDemRed.hys.y = not pre(chiPlaCon.upProCon.chiDemRed.hys.y) and chiPlaCon.upProCon.chiDemRed.div.y > chiPlaCon.upProCon.chiDemRed.hys.uHigh or pre(chiPlaCon.upProCon.chiDemRed.hys.y) and chiPlaCon.upProCon.chiDemRed.div.y >= chiPlaCon.upProCon.chiDemRed.hys.uLow
281/281 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.div1.y = chiPlaCon.upProCon.uChiLoa / chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.minCycLoa.y
282/282 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.u_s = smooth(0, if chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.intOpeMod.y then chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.div.y else chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.div1.y)
283/283 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.errP.u1 = chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.uS_revAct.k * chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.u_s
284/284 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.errI1.y = chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.errP.u1 - chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.uMea_revAct.y
285/285 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.errI1.y = chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.P.u
286/286 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.addPD.y = chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.P.k * chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.P.u
287/287 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.addPID.y = chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.addPD.y + chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.I.y
288/288 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.y = homotopy(smooth(0, if noEvent(chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.addPID.y > chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.lim.uMax) then chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.lim.uMax else if noEvent(chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.addPID.y < chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.lim.uMin) then chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.lim.uMin else chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.addPID.y), chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.addPID.y)
289/289 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.y = smooth(0, if chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.intOpeMod.y then chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.y else chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.valDis.k)
290/290 (1): $cse21 = max(chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.zer1.k, chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.y)
291/291 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.regFanSpe.xLim = min(chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.one.k, $cse21)
292/292 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.regFanSpe.y = chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.regFanSpe.a + chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.regFanSpe.b * chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.regFanSpe.xLim
293/293 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.ySpeSet = smooth(0, if chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.lat.y then 1.0 else chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.regFanSpe.y)
294/294 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.swi.y = smooth(0, if chiPlaCon.towCon.towFanSpe.fanSpeWse.mulOr.uTemp[2] then chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.ySpeSet else chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.ySpeSet)
295/295 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.ySpeSet = smooth(0, if chiPlaCon.wseSta.wseTun.wseEnaTim.u then chiPlaCon.towCon.towFanSpe.fanSpeWse.swi.y else 0.0)
296/296 (1): chiPlaCon.towCon.towFanSpe.ySpeSet = smooth(0, if chiPlaCon.towCon.towFanSpe.fanSpeRetTem.and2.y then chiPlaCon.towCon.towFanSpe.fanSpeRetTem.swi.y else chiPlaCon.towCon.towFanSpe.fanSpeWse.ySpeSet)
297/297 (1): chiPlaCon.towCon.ySpeSet = smooth(0, if chiPlaCon.towCon.mulOr.uTemp[2] then chiPlaCon.towCon.towFanSpe.ySpeSet else 0.0)
298/298 (1): chiPlaCon.staSetCon.staDow.hys.y = not pre(chiPlaCon.staSetCon.staDow.hys.y) and chiPlaCon.towCon.ySpeSet > 0.99 or pre(chiPlaCon.staSetCon.staDow.hys.y) and chiPlaCon.towCon.ySpeSet >= 0.98
299/299 (1): chiPlaCon.staSetCon.staDow.and1.y = chiPlaCon.staSetCon.staDow.hysTSup.y and not chiPlaCon.staSetCon.staDow.hys.y
300/300 (1): chiPlaCon.staSetCon.staDow.and2.y = chiPlaCon.staSetCon.staDow.and1.y and chiPlaCon.wseSta.wseTun.wseEnaTim.u
301/301 (1): chiPlaCon.wseSta.wseTun.hys.y = not pre(chiPlaCon.wseSta.wseTun.hys.y) and chiPlaCon.towCon.ySpeSet > 0.99 or pre(chiPlaCon.wseSta.wseTun.hys.y) and chiPlaCon.towCon.ySpeSet >= 0.98
302/302 (1): chiPlaCon.wseSta.wseTun.accTim1.u = chiPlaCon.wseSta.wseTun.hys.y
303/303 (1): $whenCondition441 = not chiPlaCon.wseSta.wseTun.accTim1.u
304/304 (1): when $whenCondition444 then
  chiPlaCon.wseSta.wseTun.accTim1.entryTime := time;
elsewhen $whenCondition443 then
  chiPlaCon.wseSta.wseTun.accTim1.entryTime := time;
elsewhen $whenCondition442 then
  chiPlaCon.wseSta.wseTun.accTim1.entryTime := pre(chiPlaCon.wseSta.wseTun.accTim1.entryTime);
elsewhen $whenCondition441 then
  chiPlaCon.wseSta.wseTun.accTim1.entryTime := pre(chiPlaCon.wseSta.wseTun.accTim1.entryTime);
end when;
305/305 (1): chiPlaCon.wseSta.wseTun.accTim1.y = if chiPlaCon.wseSta.wseTun.accTim1.u then chiPlaCon.wseSta.wseTun.accTim1.yAcc + time - chiPlaCon.wseSta.wseTun.accTim1.entryTime else chiPlaCon.wseSta.wseTun.accTim1.yAcc
306/306 (1): when $whenCondition440 then
  chiPlaCon.wseSta.wseTun.triSam2.y := chiPlaCon.wseSta.wseTun.accTim1.y;
end when;
307/307 (1): chiPlaCon.wseSta.wseTun.timDif.y = chiPlaCon.wseSta.wseTun.triSam1.y - chiPlaCon.wseSta.wseTun.triSam2.y
308/308 (1): chiPlaCon.wseSta.wseTun.lesThr1.y = chiPlaCon.wseSta.wseTun.timDif.y < 5.0
309/309 (1): chiPlaCon.wseSta.wseTun.disCou1.trigger = chiPlaCon.wseSta.wseTun.and1.y and chiPlaCon.wseSta.wseTun.lesThr1.y
310/310 (1): $whenCondition449 = chiPlaCon.wseSta.wseTun.disCou1.trigger
311/311 (1): when {$whenCondition449, $whenCondition450} then
  chiPlaCon.wseSta.wseTun.disCou1.y := if chiPlaCon.wseSta.wseTun.preRes.y then chiPlaCon.wseSta.wseTun.disCou1.y_start else pre(chiPlaCon.wseSta.wseTun.disCou1.y) + 1;
end when;
312/312 (1): chiPlaCon.wseSta.wseTun.mulSum.u[2] = /*Real*/(chiPlaCon.wseSta.wseTun.disCou1.y)
313/313 (1): chiPlaCon.wseSta.wseTun.mulSum.y = (-0.02) * chiPlaCon.wseSta.wseTun.mulSum.u[1] + 0.02 * chiPlaCon.wseSta.wseTun.mulSum.u[2] + chiPlaCon.wseSta.wseTun.intWitRes.y
314/314 (1): chiPlaCon.wseSta.yTunPar = homotopy(smooth(0, if noEvent(chiPlaCon.wseSta.wseTun.mulSum.y > 0.5) then 0.5 else if noEvent(chiPlaCon.wseSta.wseTun.mulSum.y < -0.2) then -0.2 else chiPlaCon.wseSta.wseTun.mulSum.y), chiPlaCon.wseSta.wseTun.mulSum.y)
315/315 (1): chiPlaCon.staSetCon.iniSta.wseTOut.mulSum.u[3] = chiPlaCon.staSetCon.iniSta.wseTOut.sub1.y * chiPlaCon.wseSta.yTunPar
316/316 (1): chiPlaCon.staSetCon.iniSta.wseTOut.y = chiPlaCon.staSetCon.iniSta.wseTOut.mulSum.k[1] * chiPlaCon.wetBul.TWetBul + chiPlaCon.staSetCon.iniSta.wseTOut.mulSum.k[2] * chiPlaCon.staSetCon.iniSta.wseTOut.mulSum.u[2] + chiPlaCon.staSetCon.iniSta.wseTOut.mulSum.k[3] * chiPlaCon.staSetCon.iniSta.wseTOut.mulSum.u[3] + chiPlaCon.staSetCon.iniSta.wseTOut.mulSum.k[4] * chiPlaCon.staSetCon.iniSta.wseTOut.towAppDes.k
317/317 (1): chiPlaCon.staSetCon.iniSta.sub1.y = chiPlaCon.TChiWatSupSet[2] - chiPlaCon.staSetCon.iniSta.wseTOut.y
318/318 (1): when $whenCondition350 then
  chiPlaCon.staSetCon.iniSta.triSam1.y := chiPlaCon.staSetCon.iniSta.sub1.y;
end when;
319/319 (1): chiPlaCon.staSetCon.iniSta.hys1.y = not pre(chiPlaCon.staSetCon.iniSta.hys1.y) and chiPlaCon.staSetCon.iniSta.triSam1.y > chiPlaCon.staSetCon.iniSta.hys1.uHigh or pre(chiPlaCon.staSetCon.iniSta.hys1.y) and chiPlaCon.staSetCon.iniSta.triSam1.y >= 0.0
320/320 (1): chiPlaCon.staSetCon.iniSta.swi.y = smooth(0, if chiPlaCon.staSetCon.iniSta.hys1.y then 0.0 else chiPlaCon.staSetCon.iniSta.triSam.y)
321/321 (1): chiPlaCon.staSetCon.yIni = if chiPlaCon.staSetCon.iniSta.swi.y > 0.0 then integer(floor(chiPlaCon.staSetCon.iniSta.swi.y + 0.5, 13), 12) else integer(ceil(chiPlaCon.staSetCon.iniSta.swi.y - 0.5, 15), 14)
322/322 (1): chiPlaCon.enaDev.intChiMod.y = chiPlaCon.staSetCon.yIni == 1
323/323 (1): chiPlaCon.edg.u = chiPlaCon.enaDev.intChiMod.y and chiPlaCon.enaDev.ecoMod.y
324/324 (1): not chiPlaCon.enaDev.ecoMod.clr = chiPlaCon.staSetCon.yIni == chiPlaCon.upProCon.nexChi.cha.u
325/325 (1): $whenCondition14 = chiPlaCon.enaDev.ecoMod.clr
326/326 (1): when {$whenCondition14, $whenCondition15} then
  chiPlaCon.enaDev.ecoMod.y := not chiPlaCon.enaDev.ecoMod.clr and chiPlaCon.enaDev.ecoMod.u;
end when;
327/327 (1): chiPlaCon.staSetCon.cha.intToRea2.y = /*Real*/(chiPlaCon.staSetCon.yIni)
328/328 (1): chiPlaCon.wseSta.wseTOut.mulSum.u[3] = chiPlaCon.wseSta.wseTOut.sub1.y * chiPlaCon.wseSta.yTunPar
329/329 (1): chiPlaCon.staSetCon.TWsePre = chiPlaCon.wseSta.wseTOut.mulSum.k[1] * chiPlaCon.wetBul.TWetBul + chiPlaCon.wseSta.wseTOut.mulSum.k[2] * chiPlaCon.wseSta.wseTOut.mulSum.u[2] + chiPlaCon.wseSta.wseTOut.mulSum.k[3] * chiPlaCon.wseSta.wseTOut.mulSum.u[3] + 2.0 * chiPlaCon.wseSta.wseTOut.mulSum.k[4]
330/330 (1): chiPlaCon.staSetCon.staDow.sub1.y = chiPlaCon.TChiWatSupSet[2] - chiPlaCon.staSetCon.TWsePre
331/331 (1): chiPlaCon.staSetCon.staDow.hysTSup.y = not pre(chiPlaCon.staSetCon.staDow.hysTSup.y) and chiPlaCon.staSetCon.staDow.sub1.y > 1.0 or pre(chiPlaCon.staSetCon.staDow.hysTSup.y) and chiPlaCon.staSetCon.staDow.sub1.y >= 0.0
332/332 (1): when $whenCondition444 then
  chiPlaCon.wseSta.wseTun.accTim1.yAcc := 0.0;
elsewhen $whenCondition443 then
  chiPlaCon.wseSta.wseTun.accTim1.yAcc := pre(chiPlaCon.wseSta.wseTun.accTim1.yAcc);
elsewhen $whenCondition442 then
  chiPlaCon.wseSta.wseTun.accTim1.yAcc := pre(chiPlaCon.wseSta.wseTun.accTim1.yAcc);
elsewhen $whenCondition441 then
  chiPlaCon.wseSta.wseTun.accTim1.yAcc := pre(chiPlaCon.wseSta.wseTun.accTim1.y);
end when;
333/333 (1): $whenCondition442 = chiPlaCon.wseSta.wseTun.accTim1.u and time >= chiPlaCon.wseSta.wseTun.accTim1.t + pre(chiPlaCon.wseSta.wseTun.accTim1.entryTime) - pre(chiPlaCon.wseSta.wseTun.accTim1.yAcc)
334/334 (1): $whenCondition443 = chiPlaCon.wseSta.wseTun.accTim1.u
335/335 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.uMea_revAct.y = chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.uMea_revAct.k * chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.div1.y
336/336 (1): chiPlaCon.upProCon.minBypSet.relFlo.y = gai.y / chiPlaCon.upProCon.minBypSet.nonZer.y
337/337 (1): chiPlaCon.upProCon.minBypSet.achSet.greHys.y = not pre(chiPlaCon.upProCon.minBypSet.achSet.greHys.y) and chiPlaCon.upProCon.minBypSet.relFlo.y > chiPlaCon.upProCon.minBypSet.achSet.greHys.t or pre(chiPlaCon.upProCon.minBypSet.achSet.greHys.y) and chiPlaCon.upProCon.minBypSet.relFlo.y > chiPlaCon.upProCon.minBypSet.achSet.greHys.t - 0.01
338/338 (1): chiPlaCon.upProCon.minBypSet.and3.y = chiPlaCon.upProCon.minBypSet.truDel.u and chiPlaCon.upProCon.minBypSet.achSet.greHys.y
339/339 (1): chiPlaCon.upProCon.minBypSet.lat.u = chiPlaCon.upProCon.minBypSet.and3.y and chiPlaCon.upProCon.minChiWatFlo.lat.y
340/340 (1): $whenCondition123 = not chiPlaCon.upProCon.minBypSet.lat.u
341/341 (1): when $whenCondition122 then
  chiPlaCon.upProCon.minBypSet.tim.passed := chiPlaCon.upProCon.minBypSet.tim.t <= 0.0;
elsewhen $whenCondition124 then
  chiPlaCon.upProCon.minBypSet.tim.passed := true;
elsewhen $whenCondition123 then
  chiPlaCon.upProCon.minBypSet.tim.passed := false;
end when;
342/342 (1): chiPlaCon.upProCon.minBypSet.edg.u = chiPlaCon.upProCon.minBypSet.and1.y and chiPlaCon.upProCon.minBypSet.tim.passed
343/343 (1): chiPlaCon.upProCon.minBypSet.lat1.u = chiPlaCon.upProCon.minBypSet.edg.u and not pre(chiPlaCon.upProCon.minBypSet.edg.u)
344/344 (1): $whenCondition120 = chiPlaCon.upProCon.minBypSet.lat1.u
345/345 (1): when {$whenCondition119, $whenCondition120} then
  chiPlaCon.upProCon.minBypSet.lat1.y := not chiPlaCon.upProCon.minBypSet.lat1.clr and chiPlaCon.upProCon.minBypSet.lat1.u;
end when;
346/346 (1): chiPlaCon.upProCon.minBypSet.and5.y = chiPlaCon.upProCon.lat.y and chiPlaCon.upProCon.minBypSet.lat1.y
347/347 (1): $whenCondition124 = chiPlaCon.upProCon.minBypSet.lat.u and time >= chiPlaCon.upProCon.minBypSet.tim.t + pre(chiPlaCon.upProCon.minBypSet.tim.entryTime)
348/348 (1): $whenCondition122 = chiPlaCon.upProCon.minBypSet.lat.u
349/349 (1): when {$whenCondition121, $whenCondition122} then
  chiPlaCon.upProCon.minBypSet.lat.y := not chiPlaCon.upProCon.minBypSet.lat.clr and chiPlaCon.upProCon.minBypSet.lat.u;
end when;
350/350 (1): chiPlaCon.upProCon.minBypSet.and1.y = chiPlaCon.upProCon.minBypSet.truDel.u and chiPlaCon.upProCon.minBypSet.lat.y
351/351 (1): chiPlaCon.chiWatPumCon.enaLagChiPum.chiWatFloRat.y = chiPlaCon.chiWatPumCon.enaLagChiPum.chiWatFloRat.k * gai.y
352/352 (1): chiPlaCon.chiWatPumCon.enaLagChiPum.disPum.u = chiPlaCon.chiWatPumCon.enaLagChiPum.sub.y - chiPlaCon.chiWatPumCon.enaLagChiPum.chiWatFloRat.y
353/353 (1): chiPlaCon.chiWatPumCon.enaLagChiPum.disPum.y = not pre(chiPlaCon.chiWatPumCon.enaLagChiPum.disPum.y) and chiPlaCon.chiWatPumCon.enaLagChiPum.disPum.u > chiPlaCon.chiWatPumCon.enaLagChiPum.disPum.uHigh or pre(chiPlaCon.chiWatPumCon.enaLagChiPum.disPum.y) and chiPlaCon.chiWatPumCon.enaLagChiPum.disPum.u >= chiPlaCon.chiWatPumCon.enaLagChiPum.disPum.uLow
354/354 (1): chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.u = chiPlaCon.chiWatPumCon.enaLagChiPum.disPum.y and chiPlaCon.chiWatPumCon.enaLagChiPum.intGreThr.y
355/355 (1): chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.xor.y = not (chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.u and chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.edg.y or not chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.u and not chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.edg.y)
356/356 (1): $whenCondition396 = not chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.xor.y
357/357 (1): when $whenCondition398 then
  chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.tim.passed := chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.tim.t <= 0.0;
elsewhen $whenCondition397 then
  chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.tim.passed := true;
elsewhen $whenCondition396 then
  chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.tim.passed := false;
end when;
358/358 (1): chiPlaCon.chiWatPumCon.disLasLag.u = chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.tim.passed
359/359 (1): $whenCondition393 = chiPlaCon.chiWatPumCon.disLasLag.u
360/360 (1): when {$whenCondition392, $whenCondition393} then
  chiPlaCon.chiWatPumCon.disLasLag.y := not chiPlaCon.chiWatPumCon.disLasLag.clr and chiPlaCon.chiWatPumCon.disLasLag.u;
end when;
361/361 (1): chiPlaCon.chiWatPumCon.lasLagPumSta[2].y = if chiPlaCon.chiWatPumCon.intEqu3[2].y then not chiPlaCon.chiWatPumCon.disLasLag.y else chiWatPum[2].y
362/362 (1): chiPlaCon.chiWatPumCon.pumSta[2].y = chiPlaCon.chiWatPumCon.lasLagPumSta[2].y and chiPlaCon.chiWatPumCon.enaPum[2].y
363/363 (1): chiPlaCon.chiWatPumCon.lasLagPumSta[1].y = if chiPlaCon.chiWatPumCon.intEqu3[1].y then not chiPlaCon.chiWatPumCon.disLasLag.y else chiPlaCon.uChiWatPum[1]
364/364 (1): $whenCondition397 = chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.xor.y and time >= chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.tim.t + pre(chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.tim.entryTime)
365/365 (1): $whenCondition398 = chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.xor.y
366/366 (1): chiPlaCon.chiWatPumCon.enaLagChiPum.enaPum.u = chiPlaCon.chiWatPumCon.enaLagChiPum.chiWatFloRat.y - chiPlaCon.chiWatPumCon.enaLagChiPum.sub3.y
367/367 (1): chiPlaCon.chiWatPumCon.enaLagChiPum.enaPum.y = not pre(chiPlaCon.chiWatPumCon.enaLagChiPum.enaPum.y) and chiPlaCon.chiWatPumCon.enaLagChiPum.enaPum.u > chiPlaCon.chiWatPumCon.enaLagChiPum.enaPum.uHigh or pre(chiPlaCon.chiWatPumCon.enaLagChiPum.enaPum.y) and chiPlaCon.chiWatPumCon.enaLagChiPum.enaPum.u >= chiPlaCon.chiWatPumCon.enaLagChiPum.enaPum.uLow
368/368 (1): chiPlaCon.chiWatPumCon.enaLagChiPum.tim.u = chiPlaCon.chiWatPumCon.enaLagChiPum.enaPum.y and chiPlaCon.chiWatPumCon.enaLagChiPum.intGreThr.y
369/369 (1): chiPlaCon.chiWatPumCon.enaLagChiPum.tim.xor.y = not (chiPlaCon.chiWatPumCon.enaLagChiPum.tim.u and chiPlaCon.chiWatPumCon.enaLagChiPum.tim.edg.y or not chiPlaCon.chiWatPumCon.enaLagChiPum.tim.u and not chiPlaCon.chiWatPumCon.enaLagChiPum.tim.edg.y)
370/370 (1): $whenCondition399 = not chiPlaCon.chiWatPumCon.enaLagChiPum.tim.xor.y
371/371 (1): when $whenCondition401 then
  chiPlaCon.chiWatPumCon.enaLagChiPum.tim.tim.passed := chiPlaCon.chiWatPumCon.enaLagChiPum.tim.tim.t <= 0.0;
elsewhen $whenCondition400 then
  chiPlaCon.chiWatPumCon.enaLagChiPum.tim.tim.passed := true;
elsewhen $whenCondition399 then
  chiPlaCon.chiWatPumCon.enaLagChiPum.tim.tim.passed := false;
end when;
372/372 (1): chiPlaCon.chiWatPumCon.enaNexLag.u = chiPlaCon.chiWatPumCon.enaLagChiPum.tim.tim.passed
373/373 (1): $whenCondition395 = chiPlaCon.chiWatPumCon.enaNexLag.u
374/374 (1): when {$whenCondition394, $whenCondition395} then
  chiPlaCon.chiWatPumCon.enaNexLag.y := not chiPlaCon.chiWatPumCon.enaNexLag.clr and chiPlaCon.chiWatPumCon.enaNexLag.u;
end when;
375/375 (1): chiPlaCon.chiWatPumCon.nexLagPumSta[2].y = if chiPlaCon.chiWatPumCon.intEqu2[2].y then chiPlaCon.chiWatPumCon.enaNexLag.y else chiWatPum[2].y
376/376 (1): chiPlaCon.chiWatPumCon.enaPum[2].y = chiPlaCon.chiWatPumCon.leaPumSta[2].y or chiPlaCon.chiWatPumCon.nexLagPumSta[2].y
377/377 (1): chiPlaCon.chiWatPumCon.nexLagPumSta[1].y = if chiPlaCon.chiWatPumCon.intEqu2[1].y then chiPlaCon.chiWatPumCon.enaNexLag.y else chiPlaCon.uChiWatPum[1]
378/378 (1): $whenCondition400 = chiPlaCon.chiWatPumCon.enaLagChiPum.tim.xor.y and time >= chiPlaCon.chiWatPumCon.enaLagChiPum.tim.tim.t + pre(chiPlaCon.chiWatPumCon.enaLagChiPum.tim.tim.entryTime)
379/379 (1): $whenCondition401 = chiPlaCon.chiWatPumCon.enaLagChiPum.tim.xor.y
380/380 (1): chiPlaCon.wseSta.wseTOut.heaExcPlr.y = 66.66666666666667 * gai.y
381/381 (1): chiPlaCon.wseSta.wseTOut.min1.y = min(1.0, chiPlaCon.wseSta.wseTOut.heaExcPlr.y)
382/382 (1): chiPlaCon.wseSta.wseTOut.mulSum.u[2] = 2.0 * chiPlaCon.wseSta.wseTOut.min1.y
383/383 (1): chiPlaCon.chiWatPumCon.pumSpeRemDp.maxLoo.u[1] = smooth(0, if chiPlaCon.chiWatPumCon.pumSpeRemDp.uChiWatPum[2] then chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.y else 0.0)
384/384 (1): $cse6 = max(0.0, chiPlaCon.chiWatPumCon.pumSpeRemDp.maxLoo.u[1])
385/385 (1): chiPlaCon.chiWatPumCon.pumSpeRemDp.pumSpe.xLim = min(1.0, $cse6)
386/386 (1): chiPlaCon.chiWatPumCon.pumSpeRemDp.pumSpe.y = chiPlaCon.chiWatPumCon.pumSpeRemDp.pumSpe.a + chiPlaCon.chiWatPumCon.pumSpeRemDp.pumSpe.b * chiPlaCon.chiWatPumCon.pumSpeRemDp.pumSpe.xLim
387/387 (1): chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.u_s = smooth(0, if chiPlaCon.chiWatPumCon.pumSpeRemDp.uChiWatPum[2] then 1.0 else chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].u_m)
388/388 (1): chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.errP.u1 = chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.uS_revAct.k * chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.u_s
389/389 (1): chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.errI1.y = chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.errP.u1 - chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.errI1.u2
390/390 (1): chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.errI1.y = chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.P.u
391/391 (1): -chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.I.y_reset_in = chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.P.k * chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.P.u
392/392 (1): chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.lim.u = chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.I.y - chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.I.y_reset_in
393/393 (1): chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.y = homotopy(smooth(0, if noEvent(chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.lim.u > 1.0) then 1.0 else if noEvent(chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.lim.u < 0.0) then 0.0 else chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.lim.u), chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.lim.u)
394/394 (1): chiPlaCon.upProCon.y1ChiWatIsoVal[1] = if chiPlaCon.upProCon.lat5.y then chiPlaCon.upProCon.endUp.y1ChiWatIsoVal[1] else chiPlaCon.upProCon.enaChiIsoVal.y1ChiWatIsoVal[1]
395/395 (1): chiPlaCon.upProCon.endUp.enaChi.booRep.y[2] = chiPlaCon.upProCon.lat.y and chiPlaCon.upProCon.lat5.y
396/396 (1): $whenCondition84 = not chiPlaCon.upProCon.endUp.enaChi.booRep.y[2]
397/397 (1): when $whenCondition86 then
  chiPlaCon.upProCon.endUp.enaChi.tim.passed := chiPlaCon.upProCon.endUp.enaChi.tim.t <= 0.0;
elsewhen $whenCondition85 then
  chiPlaCon.upProCon.endUp.enaChi.tim.passed := true;
elsewhen $whenCondition84 then
  chiPlaCon.upProCon.endUp.enaChi.tim.passed := false;
end when;
398/398 (1): chiPlaCon.upProCon.endUp.lat1.u = if not chiPlaCon.upProCon.endUp.lat.u then chiPlaCon.upProCon.endUp.enaChi.booRep.y[2] else chiPlaCon.upProCon.endUp.enaChi.tim.passed
399/399 (1): $whenCondition48 = chiPlaCon.upProCon.endUp.lat1.u
400/400 (1): when {$whenCondition47, $whenCondition48} then
  chiPlaCon.upProCon.endUp.lat1.y := not chiPlaCon.upProCon.endUp.lat1.clr and chiPlaCon.upProCon.endUp.lat1.u;
end when;
401/401 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.edg.u = chiPlaCon.upProCon.endUp.lat1.y and chiPlaCon.upProCon.endUp.and1.y
402/402 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.and3.y = chiPlaCon.upProCon.endUp.disChiIsoVal.edg.u and not pre(chiPlaCon.upProCon.endUp.disChiIsoVal.edg.u)
403/403 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.lat.u = chiPlaCon.upProCon.endUp.disChiIsoVal.and3.y and chiPlaCon.upProCon.lat.y
404/404 (1): $whenCondition79 = chiPlaCon.upProCon.endUp.disChiIsoVal.lat.u
405/405 (1): when {$whenCondition78, $whenCondition79} then
  chiPlaCon.upProCon.endUp.disChiIsoVal.lat.y := not chiPlaCon.upProCon.endUp.disChiIsoVal.lat.clr and chiPlaCon.upProCon.endUp.disChiIsoVal.lat.u;
end when;
406/406 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.intRep.y[2] = if chiPlaCon.upProCon.endUp.disChiIsoVal.lat.y then chiPlaCon.upProCon.endUp.nexDisChi else 0
407/407 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.intEqu[2].y = chiPlaCon.upProCon.endUp.disChiIsoVal.intRep.y[2] == 2
408/408 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.booToRea[2].y = if chiPlaCon.upProCon.endUp.disChiIsoVal.intEqu[2].y then chiPlaCon.upProCon.endUp.disChiIsoVal.booToRea[2].realTrue else chiPlaCon.upProCon.endUp.disChiIsoVal.booToRea[2].realFalse
409/409 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.sub[2].y = chiPlaCon.upProCon.endUp.disChiIsoVal.booToRea1[2].y - chiPlaCon.upProCon.endUp.disChiIsoVal.booToRea[2].y
410/410 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.abs1[2].y = abs(chiPlaCon.upProCon.endUp.disChiIsoVal.sub[2].y)
411/411 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.greThr[2].y = chiPlaCon.upProCon.endUp.disChiIsoVal.abs1[2].y > chiPlaCon.upProCon.endUp.disChiIsoVal.greThr[2].greNoHys.t
412/412 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.y1ChiWatIsoVal[2] = if chiPlaCon.upProCon.endUp.disChiIsoVal.lat3.y then not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[2].u else chiPlaCon.upProCon.endUp.disChiIsoVal.greThr[2].y
413/413 (1): chiPlaCon.upProCon.endUp.y1ChiWatIsoVal[2] = if not chiPlaCon.upProCon.endUp.lat.u then not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[2].u else chiPlaCon.upProCon.endUp.disChiIsoVal.y1ChiWatIsoVal[2]
414/414 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.intEqu[1].y = chiPlaCon.upProCon.endUp.disChiIsoVal.intRep.y[2] == 1
415/415 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.booToRea[1].y = if chiPlaCon.upProCon.endUp.disChiIsoVal.intEqu[1].y then chiPlaCon.upProCon.endUp.disChiIsoVal.booToRea[1].realTrue else chiPlaCon.upProCon.endUp.disChiIsoVal.booToRea[1].realFalse
416/416 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.sub[1].y = chiPlaCon.upProCon.endUp.disChiIsoVal.booToRea1[1].y - chiPlaCon.upProCon.endUp.disChiIsoVal.booToRea[1].y
417/417 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.abs1[1].y = abs(chiPlaCon.upProCon.endUp.disChiIsoVal.sub[1].y)
418/418 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.greThr[1].y = chiPlaCon.upProCon.endUp.disChiIsoVal.abs1[1].y > chiPlaCon.upProCon.endUp.disChiIsoVal.greThr[1].greNoHys.t
419/419 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.y1ChiWatIsoVal[1] = if chiPlaCon.upProCon.endUp.disChiIsoVal.lat3.y then not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[1].u else chiPlaCon.upProCon.endUp.disChiIsoVal.greThr[1].y
420/420 (1): chiPlaCon.upProCon.endUp.y1ChiWatIsoVal[1] = if not chiPlaCon.upProCon.endUp.lat.u then not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[1].u else chiPlaCon.upProCon.endUp.disChiIsoVal.y1ChiWatIsoVal[1]
421/421 (1): chiPlaCon.upProCon.endUp.enaChi.booRep3.y[2] = not chiPlaCon.upProCon.endUp.lat.u or not chiPlaCon.upProCon.endUp.enaChi.tim.passed
422/422 (1): not chiPlaCon.upProCon.endUp.chiStaHol[2].not_u = if chiPlaCon.upProCon.endUp.enaChi.booRep3.y[2] then chiPlaCon.upProCon.endUp.enaChi.logSwi[2].y else chiPlaCon.upProCon.endUp.enaChi.logSwi1[2].y
423/423 (1): $whenCondition32 = chiPlaCon.upProCon.endUp.chiStaHol[2].not_u and not pre(chiPlaCon.upProCon.endUp.chiStaHol[2].not_u)
424/424 (1): when false then
  chiPlaCon.upProCon.endUp.chiStaHol[2].y := chiPlaCon.upProCon.endUp.chiStaHol[2].u;
elsewhen {$whenCondition31, $whenCondition32, $whenCondition33} then
  chiPlaCon.upProCon.endUp.chiStaHol[2].y := if time >= pre(chiPlaCon.upProCon.endUp.chiStaHol[2].entryTimeFalse) + 900.0 and time >= pre(chiPlaCon.upProCon.endUp.chiStaHol[2].entryTimeTrue) + 900.0 then chiPlaCon.upProCon.endUp.chiStaHol[2].u else pre(chiPlaCon.upProCon.endUp.chiStaHol[2].y);
end when;
425/425 (1): chiPlaCon.upProCon.endUp.chiStaHol[2].y = not chiPlaCon.upProCon.endUp.chiStaHol[2].not_y
426/426 (1): chiPlaCon.upProCon.endUp.chiStaHol[2].u = not chiPlaCon.upProCon.endUp.chiStaHol[2].not_u
427/427 (1): $whenCondition31 = chiPlaCon.upProCon.endUp.chiStaHol[2].u and not pre(chiPlaCon.upProCon.endUp.chiStaHol[2].u)
428/428 (1): not chiPlaCon.upProCon.endUp.chiStaHol[1].not_u = if chiPlaCon.upProCon.endUp.enaChi.booRep3.y[2] then chiPlaCon.upProCon.endUp.enaChi.logSwi[1].y else chiPlaCon.upProCon.endUp.enaChi.logSwi1[1].y
429/429 (1): $whenCondition35 = chiPlaCon.upProCon.endUp.chiStaHol[1].not_u and not pre(chiPlaCon.upProCon.endUp.chiStaHol[1].not_u)
430/430 (1): when false then
  chiPlaCon.upProCon.endUp.chiStaHol[1].y := chiPlaCon.upProCon.endUp.chiStaHol[1].u;
elsewhen {$whenCondition34, $whenCondition35, $whenCondition36} then
  chiPlaCon.upProCon.endUp.chiStaHol[1].y := if time >= pre(chiPlaCon.upProCon.endUp.chiStaHol[1].entryTimeFalse) + 900.0 and time >= pre(chiPlaCon.upProCon.endUp.chiStaHol[1].entryTimeTrue) + 900.0 then chiPlaCon.upProCon.endUp.chiStaHol[1].u else pre(chiPlaCon.upProCon.endUp.chiStaHol[1].y);
end when;
431/431 (1): chiPlaCon.upProCon.endUp.chiStaHol[1].y = not chiPlaCon.upProCon.endUp.chiStaHol[1].not_y
432/432 (1): chiPlaCon.upProCon.endUp.chiStaHol[1].u = not chiPlaCon.upProCon.endUp.chiStaHol[1].not_u
433/433 (1): $whenCondition34 = chiPlaCon.upProCon.endUp.chiStaHol[1].u and not pre(chiPlaCon.upProCon.endUp.chiStaHol[1].u)
434/434 (1): chiPlaCon.upProCon.endUp.enaChi.and3[2].y = chiPlaCon.upProCon.endUp.enaChi.tim.passed and chiPlaCon.upProCon.endUp.enaChi.intEqu1[2].y
435/435 (1): chiPlaCon.upProCon.endUp.enaChi.logSwi1[2].y = if chiPlaCon.upProCon.endUp.enaChi.and3[2].y then false else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[2].u
436/436 (1): chiPlaCon.upProCon.endUp.enaChi.and3[1].y = chiPlaCon.upProCon.endUp.enaChi.tim.passed and chiPlaCon.upProCon.endUp.enaChi.intEqu1[1].y
437/437 (1): chiPlaCon.upProCon.endUp.enaChi.logSwi1[1].y = if chiPlaCon.upProCon.endUp.enaChi.and3[1].y then false else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[1].u
438/438 (1): $whenCondition85 = chiPlaCon.upProCon.endUp.enaChi.booRep.y[2] and time >= chiPlaCon.upProCon.endUp.enaChi.tim.t + pre(chiPlaCon.upProCon.endUp.enaChi.tim.entryTime)
439/439 (1): $whenCondition86 = chiPlaCon.upProCon.endUp.enaChi.booRep.y[2]
440/440 (1): chiPlaCon.upProCon.endUp.enaChi.and1[2].y = chiPlaCon.upProCon.endUp.enaChi.intEqu[2].y and chiPlaCon.upProCon.endUp.enaChi.booRep.y[2]
441/441 (1): chiPlaCon.upProCon.endUp.enaChi.logSwi[2].y = if chiPlaCon.upProCon.endUp.enaChi.and1[2].y then true else chiPlaCon.upProCon.endUp.enaChi.logSwi3[2].y
442/442 (1): chiPlaCon.upProCon.endUp.enaChi.and1[1].y = chiPlaCon.upProCon.endUp.enaChi.intEqu[1].y and chiPlaCon.upProCon.endUp.enaChi.booRep.y[2]
443/443 (1): chiPlaCon.upProCon.endUp.enaChi.logSwi[1].y = if chiPlaCon.upProCon.endUp.enaChi.and1[1].y then true else chiPlaCon.upProCon.endUp.enaChi.logSwi3[1].y
444/444 (1): $whenCondition109 = chiPlaCon.upProCon.enaChiIsoVal.lat.y and time >= chiPlaCon.upProCon.enaChiIsoVal.tim.t + pre(chiPlaCon.upProCon.enaChiIsoVal.tim.entryTime)
445/445 (1): $whenCondition110 = chiPlaCon.upProCon.enaChiIsoVal.lat.y
446/446 (1): chiPlaCon.upProCon.enaChiIsoVal.intRep.y[2] = if chiPlaCon.upProCon.enaChiIsoVal.lat.y then chiPlaCon.upProCon.endUp.nexEnaChi else 0
447/447 (1): chiPlaCon.upProCon.enaChiIsoVal.intEqu[2].y = chiPlaCon.upProCon.enaChiIsoVal.intRep.y[2] == 2
448/448 (1): chiPlaCon.upProCon.enaChiIsoVal.booToRea[2].y = if chiPlaCon.upProCon.enaChiIsoVal.intEqu[2].y then chiPlaCon.upProCon.enaChiIsoVal.booToRea[2].realTrue else chiPlaCon.upProCon.enaChiIsoVal.booToRea[2].realFalse
449/449 (1): chiPlaCon.upProCon.enaChiIsoVal.sub[2].y = chiPlaCon.upProCon.enaChiIsoVal.booToRea1[2].y - chiPlaCon.upProCon.enaChiIsoVal.booToRea[2].y
450/450 (1): chiPlaCon.upProCon.enaChiIsoVal.abs1[2].y = abs(chiPlaCon.upProCon.enaChiIsoVal.sub[2].y)
451/451 (1): chiPlaCon.upProCon.enaChiIsoVal.greThr[2].y = chiPlaCon.upProCon.enaChiIsoVal.abs1[2].y > chiPlaCon.upProCon.enaChiIsoVal.greThr[2].greNoHys.t
452/452 (1): chiPlaCon.upProCon.enaChiIsoVal.y1ChiWatIsoVal[2] = if chiPlaCon.upProCon.enaChiIsoVal.lat3.y then not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[2].u else chiPlaCon.upProCon.enaChiIsoVal.greThr[2].y
453/453 (1): chiPlaCon.upProCon.enaChiIsoVal.intEqu[1].y = chiPlaCon.upProCon.enaChiIsoVal.intRep.y[2] == 1
454/454 (1): chiPlaCon.upProCon.enaChiIsoVal.booToRea[1].y = if chiPlaCon.upProCon.enaChiIsoVal.intEqu[1].y then chiPlaCon.upProCon.enaChiIsoVal.booToRea[1].realTrue else chiPlaCon.upProCon.enaChiIsoVal.booToRea[1].realFalse
455/455 (1): chiPlaCon.upProCon.enaChiIsoVal.sub[1].y = chiPlaCon.upProCon.enaChiIsoVal.booToRea1[1].y - chiPlaCon.upProCon.enaChiIsoVal.booToRea[1].y
456/456 (1): chiPlaCon.upProCon.enaChiIsoVal.abs1[1].y = abs(chiPlaCon.upProCon.enaChiIsoVal.sub[1].y)
457/457 (1): chiPlaCon.upProCon.enaChiIsoVal.greThr[1].y = chiPlaCon.upProCon.enaChiIsoVal.abs1[1].y > chiPlaCon.upProCon.enaChiIsoVal.greThr[1].greNoHys.t
458/458 (1): chiPlaCon.upProCon.enaChiIsoVal.y1ChiWatIsoVal[1] = if chiPlaCon.upProCon.enaChiIsoVal.lat3.y then not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[1].u else chiPlaCon.upProCon.enaChiIsoVal.greThr[1].y
459/459 (1): chiPlaCon.upProCon.enaHeaCon.edg.y = chiPlaCon.upProCon.enaHeaCon.edg.u and not pre(chiPlaCon.upProCon.enaHeaCon.edg.u)
460/460 (1): chiPlaCon.upProCon.enaHeaCon.lat.u = chiPlaCon.upProCon.enaHeaCon.edg.y and chiPlaCon.upProCon.lat.y
461/461 (1): $whenCondition111 = chiPlaCon.upProCon.enaHeaCon.lat.u
462/462 (1): when {$whenCondition112, $whenCondition111} then
  chiPlaCon.upProCon.enaHeaCon.lat.y := not chiPlaCon.upProCon.enaHeaCon.lat.clr and chiPlaCon.upProCon.enaHeaCon.lat.u;
end when;
463/463 (1): $whenCondition113 = not chiPlaCon.upProCon.enaHeaCon.lat.y
464/464 (1): when $whenCondition115 then
  chiPlaCon.upProCon.enaHeaCon.tim.entryTime := time;
elsewhen $whenCondition114 then
  chiPlaCon.upProCon.enaHeaCon.tim.entryTime := pre(chiPlaCon.upProCon.enaHeaCon.tim.entryTime);
elsewhen $whenCondition113 then
  chiPlaCon.upProCon.enaHeaCon.tim.entryTime := pre(chiPlaCon.upProCon.enaHeaCon.tim.entryTime);
end when;
465/465 (1): chiPlaCon.upProCon.enaHeaCon.tim.y = if chiPlaCon.upProCon.enaHeaCon.lat.y then time - chiPlaCon.upProCon.enaHeaCon.tim.entryTime else 0.0
466/466 (1): chiPlaCon.upProCon.enaHeaCon.greThr1.y = chiPlaCon.upProCon.enaHeaCon.tim.y > chiPlaCon.upProCon.enaHeaCon.greThr1.greNoHys.t
467/467 (1): $whenCondition114 = chiPlaCon.upProCon.enaHeaCon.lat.y and time >= chiPlaCon.upProCon.enaHeaCon.tim.t + pre(chiPlaCon.upProCon.enaHeaCon.tim.entryTime)
468/468 (1): $whenCondition115 = chiPlaCon.upProCon.enaHeaCon.lat.y
469/469 (1): $whenCondition118 = chiPlaCon.upProCon.minBypSet.truDel.u
470/470 (1): chiPlaCon.upProCon.minChiWatFlo.byPasSet4.y = smooth(0, if chiPlaCon.upProCon.or3.y then chiPlaCon.upProCon.minChiWatFlo.pro3.y else chiPlaCon.upProCon.minChiWatFlo.oneMorSet1.y)
471/471 (1): chiPlaCon.upProCon.minChiWatFlo.dowSet.y = smooth(0, if chiPlaCon.upProCon.endUp.lat.u then chiPlaCon.upProCon.minChiWatFlo.byPasSet4.y else chiPlaCon.upProCon.minChiWatFlo.oneLeSet.y)
472/472 (1): chiPlaCon.upProCon.minChiWatFlo.chaSet.y = smooth(0, if chiPlaCon.upProCon.lat.y then chiPlaCon.upProCon.minChiWatFlo.upSet.y else chiPlaCon.upProCon.minChiWatFlo.dowSet.y)
473/473 (1): chiPlaCon.upProCon.minChiWatFlo.yChiWatMinFloSet = smooth(0, if chiPlaCon.upProCon.minChiWatFlo.endSta.not_u then chiPlaCon.upProCon.minChiWatFlo.pro3.y else chiPlaCon.upProCon.minChiWatFlo.chaSet.y)
474/474 (1): chiPlaCon.upProCon.minBypSet.nonZer.y = max(chiPlaCon.upProCon.minChiWatFlo.yChiWatMinFloSet, 1e-13)
475/475 (1): chiPlaCon.upProCon.minChiWatFlo.and1.y = chiPlaCon.upProCon.lat.y and chiPlaCon.upProCon.or3.y
476/476 (1): $whenCondition130 = not chiPlaCon.upProCon.minChiWatFlo.and1.y
477/477 (1): when $whenCondition132 then
  chiPlaCon.upProCon.minChiWatFlo.tim.passed := chiPlaCon.upProCon.minChiWatFlo.tim.t <= 0.0;
elsewhen $whenCondition131 then
  chiPlaCon.upProCon.minChiWatFlo.tim.passed := true;
elsewhen $whenCondition130 then
  chiPlaCon.upProCon.minChiWatFlo.tim.passed := false;
end when;
478/478 (1): chiPlaCon.upProCon.minChiWatFlo.edg.u = chiPlaCon.upProCon.minChiWatFlo.or4.y or chiPlaCon.upProCon.minChiWatFlo.tim.passed
479/479 (1): chiPlaCon.upProCon.minChiWatFlo.edg.y = chiPlaCon.upProCon.minChiWatFlo.edg.u and not pre(chiPlaCon.upProCon.minChiWatFlo.edg.u)
480/480 (1): chiPlaCon.upProCon.minChiWatFlo.staChaSet1.u = if chiPlaCon.upProCon.minChiWatFlo.staChaSet.u then chiPlaCon.upProCon.minChiWatFlo.edg.y else not chiPlaCon.upProCon.minChiWatFlo.staChaSet.u
481/481 (1): chiPlaCon.upProCon.minChiWatFlo.lat.u = chiPlaCon.upProCon.minChiWatFlo.staChaSet1.u and not pre(chiPlaCon.upProCon.minChiWatFlo.staChaSet1.u)
482/482 (1): $whenCondition128 = chiPlaCon.upProCon.minChiWatFlo.lat.u
483/483 (1): when {$whenCondition127, $whenCondition128} then
  chiPlaCon.upProCon.minChiWatFlo.lat.y := not chiPlaCon.upProCon.minChiWatFlo.lat.clr and chiPlaCon.upProCon.minChiWatFlo.lat.u;
end when;
484/484 (1): when $whenCondition132 then
  chiPlaCon.upProCon.minChiWatFlo.tim.entryTime := time;
elsewhen $whenCondition131 then
  chiPlaCon.upProCon.minChiWatFlo.tim.entryTime := pre(chiPlaCon.upProCon.minChiWatFlo.tim.entryTime);
elsewhen $whenCondition130 then
  chiPlaCon.upProCon.minChiWatFlo.tim.entryTime := pre(chiPlaCon.upProCon.minChiWatFlo.tim.entryTime);
end when;
485/485 (1): chiPlaCon.upProCon.minChiWatFlo.tim.y = if chiPlaCon.upProCon.minChiWatFlo.and1.y then time - chiPlaCon.upProCon.minChiWatFlo.tim.entryTime else 0.0
486/486 (1): $cse31 = max(0.0, chiPlaCon.upProCon.minChiWatFlo.tim.y)
487/487 (1): chiPlaCon.upProCon.minChiWatFlo.oneMorSet.xLim = min(chiPlaCon.upProCon.minChiWatFlo.con3.k, $cse31)
488/488 (1): chiPlaCon.upProCon.minChiWatFlo.oneMorSet.y = chiPlaCon.upProCon.minChiWatFlo.oneMorSet.a + chiPlaCon.upProCon.minChiWatFlo.oneMorSet.b * chiPlaCon.upProCon.minChiWatFlo.oneMorSet.xLim
489/489 (1): chiPlaCon.upProCon.minChiWatFlo.upSet.y = smooth(0, if chiPlaCon.upProCon.endUp.lat.u then chiPlaCon.upProCon.minChiWatFlo.byPasSet2.y else chiPlaCon.upProCon.minChiWatFlo.oneMorSet.y)
490/490 (1): chiPlaCon.upProCon.minChiWatFlo.byPasSet2.y = smooth(0, chiPlaCon.upProCon.minChiWatFlo.oneMorSet.y)
491/491 (1): $whenCondition131 = chiPlaCon.upProCon.minChiWatFlo.and1.y and time >= chiPlaCon.upProCon.minChiWatFlo.tim.t + pre(chiPlaCon.upProCon.minChiWatFlo.tim.entryTime)
492/492 (1): $whenCondition132 = chiPlaCon.upProCon.minChiWatFlo.and1.y
493/493 (1): chiPlaCon.upProCon.minChiWatFlo.staChaSet.u = chiPlaCon.upProCon.minChiWatFlo.and1.y
494/494 (1): chiPlaCon.upProCon.minChiWatFlo.lat.clr = chiPlaCon.upProCon.minChiWatFlo.staChaSet.u and not pre(chiPlaCon.upProCon.minChiWatFlo.staChaSet.u)
495/495 (1): $whenCondition127 = chiPlaCon.upProCon.minChiWatFlo.lat.clr
496/496 (1): $whenCondition136 = chiPlaCon.upProCon.lat.y and time >= chiPlaCon.upProCon.chiDemRed.tim.t + pre(chiPlaCon.upProCon.chiDemRed.tim.entryTime)
497/497 (1): $whenCondition83 = chiPlaCon.upProCon.lat.y
498/498 (1): when $whenCondition83 then
  chiPlaCon.upProCon.endUp.enaChi.triSam[1].y := chiPlaCon.upProCon.endUp.enaChi.booToRea[1].y;
end when;
499/499 (1): chiPlaCon.upProCon.endUp.enaChi.greEquThr[1].y = chiPlaCon.upProCon.endUp.enaChi.triSam[1].y > 0.5
500/500 (1): chiPlaCon.upProCon.endUp.enaChi.logSwi3[1].y = if chiPlaCon.upProCon.lat.y then chiPlaCon.upProCon.endUp.enaChi.greEquThr[1].y else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[1].u
501/501 (1): when $whenCondition83 then
  chiPlaCon.upProCon.endUp.enaChi.triSam[2].y := chiPlaCon.upProCon.endUp.enaChi.booToRea[2].y;
end when;
502/502 (1): chiPlaCon.upProCon.endUp.enaChi.greEquThr[2].y = chiPlaCon.upProCon.endUp.enaChi.triSam[2].y > 0.5
503/503 (1): chiPlaCon.upProCon.endUp.enaChi.logSwi3[2].y = if chiPlaCon.upProCon.lat.y then chiPlaCon.upProCon.endUp.enaChi.greEquThr[2].y else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[2].u
504/504 (1): chiPlaCon.chiStaUp.u = chiPlaCon.upProCon.lat.y
505/505 (1): $whenCondition17 = chiPlaCon.chiStaUp.u
506/506 (1): when {$whenCondition16, $whenCondition17} then
  chiPlaCon.chiStaUp.y := not chiPlaCon.chiStaUp.clr and chiPlaCon.chiStaUp.u;
end when;
507/507 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.lat.clr = not chiPlaCon.upProCon.lat.y
508/508 (1): $whenCondition78 = chiPlaCon.upProCon.endUp.disChiIsoVal.lat.clr
509/509 (1): chiPlaCon.upProCon.endUp.disChiIsoVal.lat3.clr = not chiPlaCon.upProCon.lat.y
510/510 (1): $whenCondition69 = chiPlaCon.upProCon.endUp.disChiIsoVal.lat3.clr
511/511 (1): when {$whenCondition69, $whenCondition70} then
  chiPlaCon.upProCon.endUp.disChiIsoVal.lat3.y := not chiPlaCon.upProCon.endUp.disChiIsoVal.lat3.clr and chiPlaCon.upProCon.endUp.disChiIsoVal.lat3.u;
end when;
512/512 (1): chiPlaCon.upProCon.enaChiIsoVal.lat.clr = not chiPlaCon.upProCon.lat.y
513/513 (1): $whenCondition106 = chiPlaCon.upProCon.enaChiIsoVal.lat.clr
514/514 (1): chiPlaCon.upProCon.enaChiIsoVal.lat3.clr = not chiPlaCon.upProCon.lat.y
515/515 (1): $whenCondition97 = chiPlaCon.upProCon.enaChiIsoVal.lat3.clr
516/516 (1): when {$whenCondition97, $whenCondition98} then
  chiPlaCon.upProCon.enaChiIsoVal.lat3.y := not chiPlaCon.upProCon.enaChiIsoVal.lat3.clr and chiPlaCon.upProCon.enaChiIsoVal.lat3.u;
end when;
517/517 (1): chiPlaCon.upProCon.enaChiIsoVal.truDel.u = not chiPlaCon.upProCon.lat.y
518/518 (1): $whenCondition100 = not chiPlaCon.upProCon.enaChiIsoVal.truDel.u
519/519 (1): when false then
  chiPlaCon.upProCon.enaChiIsoVal.truDel.y := if not chiPlaCon.upProCon.enaChiIsoVal.truDel.delayOnInit then chiPlaCon.upProCon.enaChiIsoVal.truDel.u else false;
elsewhen $whenCondition101 then
  chiPlaCon.upProCon.enaChiIsoVal.truDel.y := false;
elsewhen $whenCondition100 then
  chiPlaCon.upProCon.enaChiIsoVal.truDel.y := false;
elsewhen $whenCondition99 then
  chiPlaCon.upProCon.enaChiIsoVal.truDel.y := chiPlaCon.upProCon.enaChiIsoVal.truDel.u;
end when;
520/520 (1): chiPlaCon.upProCon.enaChiIsoVal.lat2.clr = chiPlaCon.upProCon.enaChiIsoVal.truDel.y
521/521 (1): $whenCondition102 = chiPlaCon.upProCon.enaChiIsoVal.lat2.clr
522/522 (1): $whenCondition101 = chiPlaCon.upProCon.enaChiIsoVal.truDel.u
523/523 (1): chiPlaCon.upProCon.enaHeaCon.lat.clr = not chiPlaCon.upProCon.lat.y
524/524 (1): $whenCondition112 = chiPlaCon.upProCon.enaHeaCon.lat.clr
525/525 (1): chiPlaCon.upProCon.minBypSet.edg3.u = chiPlaCon.upProCon.lat.y
526/526 (1): chiPlaCon.upProCon.minBypSet.lat1.clr = chiPlaCon.upProCon.minBypSet.edg3.u and not pre(chiPlaCon.upProCon.minBypSet.edg3.u)
527/527 (1): $whenCondition119 = chiPlaCon.upProCon.minBypSet.lat1.clr
528/528 (1): chiPlaCon.upProCon.minBypSet.edg1.u = not chiPlaCon.upProCon.lat.y
529/529 (1): chiPlaCon.upProCon.minBypSet.lat.clr = chiPlaCon.upProCon.minBypSet.edg1.u and not pre(chiPlaCon.upProCon.minBypSet.edg1.u)
530/530 (1): $whenCondition121 = chiPlaCon.upProCon.minBypSet.lat.clr
531/531 (1): chiPlaCon.upProCon.chiDemRed.edg.u = chiPlaCon.upProCon.lat.y
532/532 (1): chiPlaCon.upProCon.chiDemRed.lat.clr = chiPlaCon.upProCon.chiDemRed.edg.u and not pre(chiPlaCon.upProCon.chiDemRed.edg.u)
533/533 (1): $whenCondition133 = chiPlaCon.upProCon.chiDemRed.lat.clr
534/534 (1): chiPlaCon.upProCon.minChiWatFlo.endSta.not_u = not chiPlaCon.upProCon.lat.y
535/535 (1): $whenCondition129 = not chiPlaCon.upProCon.minChiWatFlo.endSta.not_u
536/536 (1): when $whenCondition129 then
  chiPlaCon.upProCon.minChiWatFlo.triSam[1].y := chiPlaCon.upProCon.minChiWatFlo.booToRea[1].y;
end when;
537/537 (1): chiPlaCon.upProCon.minChiWatFlo.greEquThr[1].y = chiPlaCon.upProCon.minChiWatFlo.triSam[1].y > 0.5
538/538 (1): chiPlaCon.upProCon.minChiWatFlo.swi12[1].y = smooth(0, if chiPlaCon.upProCon.minChiWatFlo.greEquThr[1].y then chiPlaCon.upProCon.minChiWatFlo.nexChiRat.u[1] else 0.0)
539/539 (1): chiPlaCon.upProCon.minChiWatFlo.multiMax5.y = max(chiPlaCon.upProCon.minChiWatFlo.swi12[1].y, chiPlaCon.upProCon.minChiWatFlo.swi12[2].y)
540/540 (1): chiPlaCon.upProCon.minChiWatFlo.max.y = max(chiPlaCon.upProCon.minChiWatFlo.multiMax5.y, chiPlaCon.upProCon.minChiWatFlo.mul1[1].y)
541/541 (1): chiPlaCon.upProCon.minChiWatFlo.pro1.y = chiPlaCon.upProCon.minChiWatFlo.max.y * chiPlaCon.upProCon.minChiWatFlo.add2.y
542/542 (1): chiPlaCon.upProCon.minChiWatFlo.oneMorSet1.b = (chiPlaCon.upProCon.minChiWatFlo.pro1.y - chiPlaCon.upProCon.minChiWatFlo.pro4.y) / chiPlaCon.upProCon.minChiWatFlo.con3.k
543/543 (1): chiPlaCon.upProCon.minChiWatFlo.oneMorSet1.y = chiPlaCon.upProCon.minChiWatFlo.oneMorSet1.a + chiPlaCon.upProCon.minChiWatFlo.oneMorSet1.b * chiPlaCon.upProCon.minChiWatFlo.oneMorSet1.xLim
544/544 (1): chiPlaCon.upProCon.minChiWatFlo.oneMorSet1.b = chiPlaCon.upProCon.minChiWatFlo.oneMorSet.b
545/545 (1): chiPlaCon.upProCon.minChiWatFlo.pro4.y = chiPlaCon.upProCon.minChiWatFlo.multiMax5.y * chiPlaCon.upProCon.minChiWatFlo.mulSum3.y
546/546 (1): chiPlaCon.upProCon.minChiWatFlo.pro4.y = chiPlaCon.upProCon.minChiWatFlo.oneMorSet1.a
547/547 (1): chiPlaCon.upProCon.minChiWatFlo.pro4.y = chiPlaCon.upProCon.minChiWatFlo.oneLeSet.a
548/548 (1): chiPlaCon.upProCon.minChiWatFlo.oneLeSet.y = chiPlaCon.upProCon.minChiWatFlo.oneLeSet.a + chiPlaCon.upProCon.minChiWatFlo.oneLeSet.b * chiPlaCon.upProCon.minChiWatFlo.oneLeSet.xLim
549/549 (1): chiPlaCon.upProCon.minChiWatFlo.oneLeSet.b = (chiPlaCon.upProCon.minChiWatFlo.pro2.y - chiPlaCon.upProCon.minChiWatFlo.pro4.y) / chiPlaCon.upProCon.minChiWatFlo.con3.k
550/550 (1): chiPlaCon.upProCon.minChiWatFlo.pro4.y = chiPlaCon.upProCon.minChiWatFlo.oneMorSet.a
551/551 (1): chiPlaCon.upProCon.minChiWatFlo.swi11[1].y = smooth(0, if chiPlaCon.upProCon.minChiWatFlo.greEquThr[1].y then chiPlaCon.upProCon.minChiWatFlo.maxFlo[1].k else 0.0)
552/552 (1): chiPlaCon.upProCon.minChiWatFlo.mulSum3.y = chiPlaCon.upProCon.minChiWatFlo.mulSum3.k[1] * chiPlaCon.upProCon.minChiWatFlo.swi11[1].y + chiPlaCon.upProCon.minChiWatFlo.mulSum3.k[2] * chiPlaCon.upProCon.minChiWatFlo.swi11[2].y
553/553 (1): chiPlaCon.upProCon.minChiWatFlo.add2.y = chiPlaCon.upProCon.minChiWatFlo.mulSum3.y + chiPlaCon.upProCon.minChiWatFlo.mul1[2].y
554/554 (1): chiPlaCon.upProCon.minChiWatFlo.xor[1].y = not (chiPlaCon.upProCon.minChiWatFlo.intEqu[1].y and chiPlaCon.upProCon.minChiWatFlo.greEquThr[1].y or not chiPlaCon.upProCon.minChiWatFlo.intEqu[1].y and not chiPlaCon.upProCon.minChiWatFlo.greEquThr[1].y)
555/555 (1): chiPlaCon.upProCon.minChiWatFlo.swi4[1].y = smooth(0, if chiPlaCon.upProCon.minChiWatFlo.xor[1].y then chiPlaCon.upProCon.minChiWatFlo.maxFlo[1].k else 0.0)
556/556 (1): chiPlaCon.upProCon.minChiWatFlo.mulSum1.y = chiPlaCon.upProCon.minChiWatFlo.mulSum1.k[1] * chiPlaCon.upProCon.minChiWatFlo.swi4[1].y + chiPlaCon.upProCon.minChiWatFlo.mulSum1.k[2] * chiPlaCon.upProCon.minChiWatFlo.swi4[2].y
557/557 (1): chiPlaCon.upProCon.minChiWatFlo.pro2.y = chiPlaCon.upProCon.minChiWatFlo.multiMax2.y * chiPlaCon.upProCon.minChiWatFlo.mulSum1.y
558/558 (1): chiPlaCon.upProCon.minChiWatFlo.swi3[1].y = smooth(0, if chiPlaCon.upProCon.minChiWatFlo.xor[1].y then chiPlaCon.upProCon.minChiWatFlo.nexChiRat.u[1] else 0.0)
559/559 (1): chiPlaCon.upProCon.minChiWatFlo.multiMax2.y = max(chiPlaCon.upProCon.minChiWatFlo.swi3[1].y, chiPlaCon.upProCon.minChiWatFlo.swi3[2].y)
560/560 (1): when $whenCondition129 then
  chiPlaCon.upProCon.minChiWatFlo.triSam[2].y := chiPlaCon.upProCon.minChiWatFlo.booToRea[2].y;
end when;
561/561 (1): chiPlaCon.upProCon.minChiWatFlo.greEquThr[2].y = chiPlaCon.upProCon.minChiWatFlo.triSam[2].y > 0.5
562/562 (1): chiPlaCon.upProCon.minChiWatFlo.swi12[2].y = smooth(0, if chiPlaCon.upProCon.minChiWatFlo.greEquThr[2].y then chiPlaCon.upProCon.minChiWatFlo.nexChiRat.u[2] else 0.0)
563/563 (1): chiPlaCon.upProCon.minChiWatFlo.swi11[2].y = smooth(0, if chiPlaCon.upProCon.minChiWatFlo.greEquThr[2].y then chiPlaCon.upProCon.minChiWatFlo.maxFlo[2].k else 0.0)
564/564 (1): chiPlaCon.upProCon.minChiWatFlo.xor[2].y = not (chiPlaCon.upProCon.minChiWatFlo.intEqu[2].y and chiPlaCon.upProCon.minChiWatFlo.greEquThr[2].y or not chiPlaCon.upProCon.minChiWatFlo.intEqu[2].y and not chiPlaCon.upProCon.minChiWatFlo.greEquThr[2].y)
565/565 (1): chiPlaCon.upProCon.minChiWatFlo.swi4[2].y = smooth(0, if chiPlaCon.upProCon.minChiWatFlo.xor[2].y then chiPlaCon.upProCon.minChiWatFlo.maxFlo[2].k else 0.0)
566/566 (1): chiPlaCon.upProCon.minChiWatFlo.swi3[2].y = smooth(0, if chiPlaCon.upProCon.minChiWatFlo.xor[2].y then chiPlaCon.upProCon.minChiWatFlo.nexChiRat.u[2] else 0.0)
567/567 (1): not chiPlaCon.endStaPro.not_u = chiPlaCon.upProCon.lat.y or chiPlaCon.dowProCon.lat.y
568/568 (1): chiPlaCon.upProCon.nexChi.enaChi[2].clr = chiPlaCon.endStaPro.not_u and not pre(chiPlaCon.endStaPro.not_u)
569/569 (1): $whenCondition151 = chiPlaCon.upProCon.nexChi.enaChi[2].clr
570/570 (1): when {$whenCondition151, $whenCondition152} then
  chiPlaCon.upProCon.nexChi.enaChi[2].y := not chiPlaCon.upProCon.nexChi.enaChi[2].clr and chiPlaCon.upProCon.nexChi.enaChi[2].u;
end when;
571/571 (1): chiPlaCon.upProCon.nexChi.anyEnaChi.uTemp[2] = chiPlaCon.upProCon.nexChi.enaChi[2].y or chiPlaCon.upProCon.nexChi.enaChi[1].y
572/572 (1): chiPlaCon.upProCon.endUp.lat.u = chiPlaCon.upProCon.nexChi.anyEnaChi.uTemp[2] and chiPlaCon.upProCon.nexChi.anyDisChi.uTemp[2]
573/573 (1): chiPlaCon.upProCon.nexChi.booToInt2.y = if chiPlaCon.upProCon.endUp.lat.u then chiPlaCon.upProCon.nexChi.booToInt2.integerTrue else chiPlaCon.upProCon.nexChi.booToInt2.integerFalse
574/574 (1): chiPlaCon.upProCon.nexChi.proInt3.y = chiPlaCon.upProCon.nexChi.booToInt3.y * chiPlaCon.upProCon.nexChi.booToInt2.y
575/575 (1): chiPlaCon.upProCon.nexChi.proInt4.y = chiPlaCon.upProCon.nexChi.proInt3.y * chiPlaCon.upProCon.nexChi.disChiInd.y
576/576 (1): chiPlaCon.upProCon.endUp.nexDisChi = if chiPlaCon.upProCon.nexChi.upPro.y then chiPlaCon.upProCon.nexChi.proInt4.y else 1
577/577 (1): chiPlaCon.upProCon.endUp.intSwi.y = if chiPlaCon.upProCon.endUp.and2.y then chiPlaCon.upProCon.endUp.nexDisChi else 1
578/578 (1): $cse37 = max(1, chiPlaCon.upProCon.endUp.intSwi.y)
579/579 (1): $cse36 = min(2, $cse37)
580/580 (1): not chiPlaCon.upProCon.endUp.not1.y = chiPlaCon.upProCon.endUp.curDisChi.u[$cse36]
581/581 (1): chiPlaCon.upProCon.endUp.and1.y = chiPlaCon.upProCon.endUp.and2.y and chiPlaCon.upProCon.endUp.not1.y
582/582 (1): chiPlaCon.upProCon.endUp.intGreEquThr.y = chiPlaCon.upProCon.endUp.nexDisChi >= 1
583/583 (1): chiPlaCon.upProCon.endUp.and2.y = chiPlaCon.upProCon.endUp.intGreEquThr.y and chiPlaCon.upProCon.endUp.intLesEquThr.y
584/584 (1): chiPlaCon.upProCon.endUp.intLesEquThr.y = chiPlaCon.upProCon.endUp.nexDisChi <= 2
585/585 (1): chiPlaCon.upProCon.endUp.enaChi.intEqu1[2].y = chiPlaCon.upProCon.endUp.nexDisChi == 2
586/586 (1): chiPlaCon.upProCon.endUp.enaChi.intEqu1[1].y = chiPlaCon.upProCon.endUp.nexDisChi == 1
587/587 (1): chiPlaCon.upProCon.minChiWatFlo.intEqu[2].y = 2 == chiPlaCon.upProCon.endUp.nexDisChi
588/588 (1): chiPlaCon.upProCon.minChiWatFlo.intEqu[1].y = 1 == chiPlaCon.upProCon.endUp.nexDisChi
589/589 (1): chiPlaCon.upProCon.nexChi.booToInt[2].y = if chiPlaCon.upProCon.nexChi.enaChi[2].y then chiPlaCon.upProCon.nexChi.booToInt[2].integerTrue else chiPlaCon.upProCon.nexChi.booToInt[2].integerFalse
590/590 (1): chiPlaCon.upProCon.nexChi.proInt[2].y = chiPlaCon.upProCon.nexChi.booToInt[2].y * chiPlaCon.upProCon.nexChi.chiIndVec[2].k
591/591 (1): chiPlaCon.upProCon.nexChi.enaChiInd.y = chiPlaCon.upProCon.nexChi.enaChiInd.k[1] * chiPlaCon.upProCon.nexChi.proInt[1].y + chiPlaCon.upProCon.nexChi.enaChiInd.k[2] * chiPlaCon.upProCon.nexChi.proInt[2].y
592/592 (1): chiPlaCon.upProCon.nexChi.proInt2.y = chiPlaCon.upProCon.nexChi.booToInt3.y * chiPlaCon.upProCon.nexChi.enaChiInd.y
593/593 (1): chiPlaCon.upProCon.endUp.nexEnaChi = if chiPlaCon.upProCon.nexChi.upPro.y then chiPlaCon.upProCon.nexChi.proInt2.y else 1
594/594 (1): chiPlaCon.upProCon.endUp.enaChi.intEqu[2].y = chiPlaCon.upProCon.endUp.nexEnaChi == 2
595/595 (1): chiPlaCon.upProCon.endUp.enaChi.intEqu[1].y = chiPlaCon.upProCon.endUp.nexEnaChi == 1
596/596 (1): chiPlaCon.upProCon.minChiWatFlo.intSwi.y = if chiPlaCon.upProCon.minChiWatFlo.and5.y then chiPlaCon.upProCon.endUp.nexEnaChi else 1
597/597 (1): algorithm
  chiPlaCon.upProCon.minChiWatFlo.nexChiMaxFlo.y := $START.chiPlaCon.upProCon.minChiWatFlo.nexChiMaxFlo.y;
  assert(chiPlaCon.upProCon.minChiWatFlo.intSwi.y > 0 and chiPlaCon.upProCon.minChiWatFlo.intSwi.y <= 2, \"In Controller.chiPlaCon.upProCon.minChiWatFlo.nexChiMaxFlo: The extract index is out of the range.\");
  chiPlaCon.upProCon.minChiWatFlo.nexChiMaxFlo.y := chiPlaCon.upProCon.minChiWatFlo.nexChiMaxFlo.u[min(2, max(1, chiPlaCon.upProCon.minChiWatFlo.intSwi.y))];

598/598 (1): chiPlaCon.upProCon.minChiWatFlo.mul1[2].y = chiPlaCon.upProCon.minChiWatFlo.nexChiMaxFlo.y * chiPlaCon.upProCon.minChiWatFlo.reaScaRep.y[3]
599/599 (1): algorithm
  chiPlaCon.upProCon.minChiWatFlo.nexChiRat.y := $START.chiPlaCon.upProCon.minChiWatFlo.nexChiRat.y;
  assert(chiPlaCon.upProCon.minChiWatFlo.intSwi.y > 0 and chiPlaCon.upProCon.minChiWatFlo.intSwi.y <= 2, \"In Controller.chiPlaCon.upProCon.minChiWatFlo.nexChiRat: The extract index is out of the range.\");
  chiPlaCon.upProCon.minChiWatFlo.nexChiRat.y := chiPlaCon.upProCon.minChiWatFlo.nexChiRat.u[min(2, max(1, chiPlaCon.upProCon.minChiWatFlo.intSwi.y))];

600/600 (1): chiPlaCon.upProCon.minChiWatFlo.mul1[1].y = chiPlaCon.upProCon.minChiWatFlo.nexChiRat.y * chiPlaCon.upProCon.minChiWatFlo.reaScaRep.y[3]
601/601 (1): chiPlaCon.upProCon.minChiWatFlo.intLesEquThr.y = chiPlaCon.upProCon.endUp.nexEnaChi <= 2
602/602 (1): chiPlaCon.upProCon.minChiWatFlo.and5.y = chiPlaCon.upProCon.minChiWatFlo.intGreEquThr.y and chiPlaCon.upProCon.minChiWatFlo.intLesEquThr.y
603/603 (1): chiPlaCon.upProCon.minChiWatFlo.reaScaRep.y[3] = if chiPlaCon.upProCon.minChiWatFlo.and5.y then chiPlaCon.upProCon.minChiWatFlo.booToRea1.realTrue else chiPlaCon.upProCon.minChiWatFlo.booToRea1.realFalse
604/604 (1): chiPlaCon.upProCon.minChiWatFlo.intGreEquThr.y = chiPlaCon.upProCon.endUp.nexEnaChi >= 1
605/605 (1): chiPlaCon.upProCon.nexChi.disChi[2].clr = chiPlaCon.upProCon.nexChi.enaChi[2].clr
606/606 (1): $whenCondition147 = chiPlaCon.upProCon.nexChi.disChi[2].clr
607/607 (1): when {$whenCondition147, $whenCondition148} then
  chiPlaCon.upProCon.nexChi.disChi[2].y := not chiPlaCon.upProCon.nexChi.disChi[2].clr and chiPlaCon.upProCon.nexChi.disChi[2].u;
end when;
608/608 (1): chiPlaCon.upProCon.nexChi.anyDisChi.uTemp[2] = chiPlaCon.upProCon.nexChi.disChi[2].y or chiPlaCon.upProCon.nexChi.disChi[1].y
609/609 (1): chiPlaCon.upProCon.nexChi.booToInt1[2].y = if chiPlaCon.upProCon.nexChi.disChi[2].y then chiPlaCon.upProCon.nexChi.booToInt1[2].integerTrue else chiPlaCon.upProCon.nexChi.booToInt1[2].integerFalse
610/610 (1): chiPlaCon.upProCon.nexChi.proInt1[2].y = chiPlaCon.upProCon.nexChi.chiIndVec[2].k * chiPlaCon.upProCon.nexChi.booToInt1[2].y
611/611 (1): chiPlaCon.upProCon.nexChi.disChiInd.y = chiPlaCon.upProCon.nexChi.disChiInd.k[1] * chiPlaCon.upProCon.nexChi.proInt1[1].y + chiPlaCon.upProCon.nexChi.disChiInd.k[2] * chiPlaCon.upProCon.nexChi.proInt1[2].y
612/612 (1): chiPlaCon.upProCon.nexChi.upPro.clr = chiPlaCon.upProCon.nexChi.enaChi[2].clr
613/613 (1): $whenCondition145 = chiPlaCon.upProCon.nexChi.upPro.clr
614/614 (1): when {$whenCondition145, $whenCondition146} then
  chiPlaCon.upProCon.nexChi.upPro.y := not chiPlaCon.upProCon.nexChi.upPro.clr and chiPlaCon.upProCon.nexChi.upPro.u;
end when;
615/615 (1): chiPlaCon.upProCon.nexChi.booToInt3.y = if chiPlaCon.upProCon.nexChi.upPro.y then chiPlaCon.upProCon.nexChi.booToInt3.integerTrue else chiPlaCon.upProCon.nexChi.booToInt3.integerFalse
616/616 (1): chiPlaCon.dowProCon.nexChi.disChi[1].clr = chiPlaCon.upProCon.nexChi.enaChi[2].clr
617/617 (1): $whenCondition276 = chiPlaCon.dowProCon.nexChi.disChi[1].clr
618/618 (1): when {$whenCondition276, $whenCondition277} then
  chiPlaCon.dowProCon.nexChi.disChi[1].y := not chiPlaCon.dowProCon.nexChi.disChi[1].clr and chiPlaCon.dowProCon.nexChi.disChi[1].u;
end when;
619/619 (1): chiPlaCon.dowProCon.nexChi.anyDisChi.uTemp[2] = chiPlaCon.dowProCon.nexChi.disChi[2].y or chiPlaCon.dowProCon.nexChi.disChi[1].y
620/620 (1): chiPlaCon.dowProCon.booRep1.y[2] = chiPlaCon.dowProCon.nexChi.anyEnaChi.uTemp[2] and chiPlaCon.dowProCon.nexChi.anyDisChi.uTemp[2]
621/621 (1): chiPlaCon.dowProCon.nexChi.booToInt2.y = if chiPlaCon.dowProCon.booRep1.y[2] then chiPlaCon.dowProCon.nexChi.booToInt2.integerTrue else chiPlaCon.dowProCon.nexChi.booToInt2.integerFalse
622/622 (1): chiPlaCon.dowProCon.nexChi.proInt6.y = chiPlaCon.dowProCon.nexChi.booToInt4.y * chiPlaCon.dowProCon.nexChi.booToInt2.y
623/623 (1): chiPlaCon.dowProCon.nexChi.proInt7.y = chiPlaCon.dowProCon.nexChi.proInt6.y * chiPlaCon.dowProCon.nexChi.enaChiInd.y
624/624 (1): chiPlaCon.dowProCon.dowSta.nexEnaChi = if chiPlaCon.dowProCon.nexChi.dowPro.y then chiPlaCon.dowProCon.nexChi.proInt7.y else 1
625/625 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.intSwi.y = if chiPlaCon.dowProCon.dowSta.minChiWatSet.and5.y then chiPlaCon.dowProCon.dowSta.nexEnaChi else 1
626/626 (1): algorithm
  chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiMaxFlo.y := $START.chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiMaxFlo.y;
  assert(chiPlaCon.dowProCon.dowSta.minChiWatSet.intSwi.y > 0 and chiPlaCon.dowProCon.dowSta.minChiWatSet.intSwi.y <= 2, \"In Controller.chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiMaxFlo: The extract index is out of the range.\");
  chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiMaxFlo.y := chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiMaxFlo.u[min(2, max(1, chiPlaCon.dowProCon.dowSta.minChiWatSet.intSwi.y))];

627/627 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.mul1[2].y = chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiMaxFlo.y * chiPlaCon.dowProCon.dowSta.minChiWatSet.reaScaRep.y[3]
628/628 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.add2.y = chiPlaCon.dowProCon.dowSta.minChiWatSet.mulSum3.y + chiPlaCon.dowProCon.dowSta.minChiWatSet.mul1[2].y
629/629 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.pro1.y = chiPlaCon.dowProCon.dowSta.minChiWatSet.max.y * chiPlaCon.dowProCon.dowSta.minChiWatSet.add2.y
630/630 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.oneMorSet1.b = (chiPlaCon.dowProCon.dowSta.minChiWatSet.pro1.y - chiPlaCon.dowProCon.dowSta.minChiWatSet.pro4.y) / chiPlaCon.dowProCon.dowSta.minChiWatSet.con3.k
631/631 (1): algorithm
  chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiRat.y := $START.chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiRat.y;
  assert(chiPlaCon.dowProCon.dowSta.minChiWatSet.intSwi.y > 0 and chiPlaCon.dowProCon.dowSta.minChiWatSet.intSwi.y <= 2, \"In Controller.chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiRat: The extract index is out of the range.\");
  chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiRat.y := chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiRat.u[min(2, max(1, chiPlaCon.dowProCon.dowSta.minChiWatSet.intSwi.y))];

632/632 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.mul1[1].y = chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiRat.y * chiPlaCon.dowProCon.dowSta.minChiWatSet.reaScaRep.y[3]
633/633 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.max.y = max(chiPlaCon.dowProCon.dowSta.minChiWatSet.multiMax5.y, chiPlaCon.dowProCon.dowSta.minChiWatSet.mul1[1].y)
634/634 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.intLesEquThr.y = chiPlaCon.dowProCon.dowSta.nexEnaChi <= 2
635/635 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.and5.y = chiPlaCon.dowProCon.dowSta.minChiWatSet.intGreEquThr.y and chiPlaCon.dowProCon.dowSta.minChiWatSet.intLesEquThr.y
636/636 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.reaScaRep.y[3] = if chiPlaCon.dowProCon.dowSta.minChiWatSet.and5.y then chiPlaCon.dowProCon.dowSta.minChiWatSet.booToRea1.realTrue else chiPlaCon.dowProCon.dowSta.minChiWatSet.booToRea1.realFalse
637/637 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.intGreEquThr.y = chiPlaCon.dowProCon.dowSta.nexEnaChi >= 1
638/638 (1): chiPlaCon.dowProCon.dowSta.disChi.intEqu[2].y = chiPlaCon.dowProCon.dowSta.nexEnaChi == 2
639/639 (1): chiPlaCon.dowProCon.dowSta.disChi.intEqu[1].y = chiPlaCon.dowProCon.dowSta.nexEnaChi == 1
640/640 (1): chiPlaCon.dowProCon.nexChi.booToInt1[1].y = if chiPlaCon.dowProCon.nexChi.disChi[1].y then chiPlaCon.dowProCon.nexChi.booToInt1[1].integerTrue else chiPlaCon.dowProCon.nexChi.booToInt1[1].integerFalse
641/641 (1): chiPlaCon.dowProCon.nexChi.proInt1[1].y = chiPlaCon.dowProCon.nexChi.chiIndVec[1].k * chiPlaCon.dowProCon.nexChi.booToInt1[1].y
642/642 (1): chiPlaCon.dowProCon.nexChi.disChiInd.y = chiPlaCon.dowProCon.nexChi.disChiInd.k[1] * chiPlaCon.dowProCon.nexChi.proInt1[1].y + chiPlaCon.dowProCon.nexChi.disChiInd.k[2] * chiPlaCon.dowProCon.nexChi.proInt1[2].y
643/643 (1): chiPlaCon.dowProCon.nexChi.proInt5.y = chiPlaCon.dowProCon.nexChi.booToInt4.y * chiPlaCon.dowProCon.nexChi.disChiInd.y
644/644 (1): chiPlaCon.dowProCon.minChiWatFlo.intRep.y[2] = if chiPlaCon.dowProCon.nexChi.dowPro.y then chiPlaCon.dowProCon.nexChi.proInt5.y else 1
645/645 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.intEqu[2].y = 2 == chiPlaCon.dowProCon.minChiWatFlo.intRep.y[2]
646/646 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.xor[2].y = not (chiPlaCon.dowProCon.dowSta.minChiWatSet.intEqu[2].y and chiPlaCon.dowProCon.dowSta.minChiWatSet.greEquThr[2].y or not chiPlaCon.dowProCon.dowSta.minChiWatSet.intEqu[2].y and not chiPlaCon.dowProCon.dowSta.minChiWatSet.greEquThr[2].y)
647/647 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.swi4[2].y = smooth(0, if chiPlaCon.dowProCon.dowSta.minChiWatSet.xor[2].y then chiPlaCon.dowProCon.dowSta.minChiWatSet.maxFlo[2].k else 0.0)
648/648 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.mulSum1.y = chiPlaCon.dowProCon.dowSta.minChiWatSet.mulSum1.k[1] * chiPlaCon.dowProCon.dowSta.minChiWatSet.swi4[1].y + chiPlaCon.dowProCon.dowSta.minChiWatSet.mulSum1.k[2] * chiPlaCon.dowProCon.dowSta.minChiWatSet.swi4[2].y
649/649 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.pro2.y = chiPlaCon.dowProCon.dowSta.minChiWatSet.multiMax2.y * chiPlaCon.dowProCon.dowSta.minChiWatSet.mulSum1.y
650/650 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.oneLeSet.b = (chiPlaCon.dowProCon.dowSta.minChiWatSet.pro2.y - chiPlaCon.dowProCon.dowSta.minChiWatSet.pro4.y) / chiPlaCon.dowProCon.dowSta.minChiWatSet.con3.k
651/651 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.oneLeSet.y = chiPlaCon.dowProCon.dowSta.minChiWatSet.oneLeSet.a + chiPlaCon.dowProCon.dowSta.minChiWatSet.oneLeSet.b * chiPlaCon.dowProCon.dowSta.minChiWatSet.oneLeSet.xLim
652/652 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.swi3[2].y = smooth(0, if chiPlaCon.dowProCon.dowSta.minChiWatSet.xor[2].y then chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiRat.u[2] else 0.0)
653/653 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.multiMax2.y = max(chiPlaCon.dowProCon.dowSta.minChiWatSet.swi3[1].y, chiPlaCon.dowProCon.dowSta.minChiWatSet.swi3[2].y)
654/654 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.intEqu[1].y = 1 == chiPlaCon.dowProCon.minChiWatFlo.intRep.y[2]
655/655 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.xor[1].y = not (chiPlaCon.dowProCon.dowSta.minChiWatSet.intEqu[1].y and chiPlaCon.dowProCon.dowSta.minChiWatSet.greEquThr[1].y or not chiPlaCon.dowProCon.dowSta.minChiWatSet.intEqu[1].y and not chiPlaCon.dowProCon.dowSta.minChiWatSet.greEquThr[1].y)
656/656 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.swi4[1].y = smooth(0, if chiPlaCon.dowProCon.dowSta.minChiWatSet.xor[1].y then chiPlaCon.dowProCon.dowSta.minChiWatSet.maxFlo[1].k else 0.0)
657/657 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.swi3[1].y = smooth(0, if chiPlaCon.dowProCon.dowSta.minChiWatSet.xor[1].y then chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiRat.u[1] else 0.0)
658/658 (1): chiPlaCon.dowProCon.dowSta.disChi.intEqu1[2].y = chiPlaCon.dowProCon.minChiWatFlo.intRep.y[2] == 2
659/659 (1): chiPlaCon.dowProCon.dowSta.disChi.and4[2].y = chiPlaCon.dowProCon.dowSta.disChi.intEqu1[2].y and chiPlaCon.dowProCon.lat.y
660/660 (1): chiPlaCon.dowProCon.dowSta.disChi.logSwi3[2].y = if chiPlaCon.dowProCon.dowSta.disChi.and4[2].y then false else chiPlaCon.dowProCon.dowSta.disChi.greEquThr1[2].y
661/661 (1): chiPlaCon.dowProCon.dowSta.disChi.logSwi6[2].y = if chiPlaCon.dowProCon.lat.y then chiPlaCon.dowProCon.dowSta.disChi.logSwi3[2].y else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[2].u
662/662 (1): chiPlaCon.dowProCon.dowSta.disChi.intEqu1[1].y = chiPlaCon.dowProCon.minChiWatFlo.intRep.y[2] == 1
663/663 (1): chiPlaCon.dowProCon.dowSta.disChi.and4[1].y = chiPlaCon.dowProCon.dowSta.disChi.intEqu1[1].y and chiPlaCon.dowProCon.lat.y
664/664 (1): chiPlaCon.dowProCon.dowSta.disChi.logSwi3[1].y = if chiPlaCon.dowProCon.dowSta.disChi.and4[1].y then false else chiPlaCon.dowProCon.dowSta.disChi.greEquThr1[1].y
665/665 (1): chiPlaCon.dowProCon.dowSta.disChi.logSwi6[1].y = if chiPlaCon.dowProCon.lat.y then chiPlaCon.dowProCon.dowSta.disChi.logSwi3[1].y else not chiPlaCon.upProCon.endUp.disChiIsoVal.truDel1[1].u
666/666 (1): algorithm
  chiPlaCon.dowProCon.curDisChi.y := $START.chiPlaCon.dowProCon.curDisChi.y;
  assert(chiPlaCon.dowProCon.minChiWatFlo.intRep.y[2] > 0 and chiPlaCon.dowProCon.minChiWatFlo.intRep.y[2] <= 2, \"In Controller.chiPlaCon.dowProCon.curDisChi: The extract index is out of the range.\");
  chiPlaCon.dowProCon.curDisChi.y := chiPlaCon.dowProCon.curDisChi.u[min(2, max(1, chiPlaCon.dowProCon.minChiWatFlo.intRep.y[2]))];

667/667 (1): chiPlaCon.dowProCon.lesEquThr.y = chiPlaCon.dowProCon.curDisChi.y < 0.5
668/668 (1): chiPlaCon.dowProCon.and6.y = chiPlaCon.dowProCon.lesEquThr.y and chiPlaCon.dowProCon.nexChi.dowPro.y
669/669 (1): chiPlaCon.dowProCon.nexChi.enaChi[1].clr = chiPlaCon.upProCon.nexChi.enaChi[2].clr
670/670 (1): $whenCondition280 = chiPlaCon.dowProCon.nexChi.enaChi[1].clr
671/671 (1): when {$whenCondition280, $whenCondition281} then
  chiPlaCon.dowProCon.nexChi.enaChi[1].y := not chiPlaCon.dowProCon.nexChi.enaChi[1].clr and chiPlaCon.dowProCon.nexChi.enaChi[1].u;
end when;
672/672 (1): chiPlaCon.dowProCon.nexChi.anyEnaChi.uTemp[2] = chiPlaCon.dowProCon.nexChi.enaChi[2].y or chiPlaCon.dowProCon.nexChi.enaChi[1].y
673/673 (1): chiPlaCon.dowProCon.nexChi.booToInt[1].y = if chiPlaCon.dowProCon.nexChi.enaChi[1].y then chiPlaCon.dowProCon.nexChi.booToInt[1].integerTrue else chiPlaCon.dowProCon.nexChi.booToInt[1].integerFalse
674/674 (1): chiPlaCon.dowProCon.nexChi.proInt[1].y = chiPlaCon.dowProCon.nexChi.booToInt[1].y * chiPlaCon.dowProCon.nexChi.chiIndVec[1].k
675/675 (1): chiPlaCon.dowProCon.nexChi.enaChiInd.y = chiPlaCon.dowProCon.nexChi.enaChiInd.k[1] * chiPlaCon.dowProCon.nexChi.proInt[1].y + chiPlaCon.dowProCon.nexChi.enaChiInd.k[2] * chiPlaCon.dowProCon.nexChi.proInt[2].y
676/676 (1): chiPlaCon.dowProCon.nexChi.disChi[2].clr = chiPlaCon.upProCon.nexChi.enaChi[2].clr
677/677 (1): $whenCondition274 = chiPlaCon.dowProCon.nexChi.disChi[2].clr
678/678 (1): when {$whenCondition274, $whenCondition275} then
  chiPlaCon.dowProCon.nexChi.disChi[2].y := not chiPlaCon.dowProCon.nexChi.disChi[2].clr and chiPlaCon.dowProCon.nexChi.disChi[2].u;
end when;
679/679 (1): chiPlaCon.dowProCon.nexChi.booToInt1[2].y = if chiPlaCon.dowProCon.nexChi.disChi[2].y then chiPlaCon.dowProCon.nexChi.booToInt1[2].integerTrue else chiPlaCon.dowProCon.nexChi.booToInt1[2].integerFalse
680/680 (1): chiPlaCon.dowProCon.nexChi.proInt1[2].y = chiPlaCon.dowProCon.nexChi.chiIndVec[2].k * chiPlaCon.dowProCon.nexChi.booToInt1[2].y
681/681 (1): chiPlaCon.dowProCon.nexChi.enaChi[2].clr = chiPlaCon.upProCon.nexChi.enaChi[2].clr
682/682 (1): $whenCondition278 = chiPlaCon.dowProCon.nexChi.enaChi[2].clr
683/683 (1): when {$whenCondition278, $whenCondition279} then
  chiPlaCon.dowProCon.nexChi.enaChi[2].y := not chiPlaCon.dowProCon.nexChi.enaChi[2].clr and chiPlaCon.dowProCon.nexChi.enaChi[2].u;
end when;
684/684 (1): chiPlaCon.dowProCon.nexChi.booToInt[2].y = if chiPlaCon.dowProCon.nexChi.enaChi[2].y then chiPlaCon.dowProCon.nexChi.booToInt[2].integerTrue else chiPlaCon.dowProCon.nexChi.booToInt[2].integerFalse
685/685 (1): chiPlaCon.dowProCon.nexChi.proInt[2].y = chiPlaCon.dowProCon.nexChi.booToInt[2].y * chiPlaCon.dowProCon.nexChi.chiIndVec[2].k
686/686 (1): chiPlaCon.dowProCon.nexChi.dowPro.clr = chiPlaCon.upProCon.nexChi.enaChi[2].clr
687/687 (1): $whenCondition270 = chiPlaCon.dowProCon.nexChi.dowPro.clr
688/688 (1): when {$whenCondition270, $whenCondition271} then
  chiPlaCon.dowProCon.nexChi.dowPro.y := not chiPlaCon.dowProCon.nexChi.dowPro.clr and chiPlaCon.dowProCon.nexChi.dowPro.u;
end when;
689/689 (1): chiPlaCon.dowProCon.nexChi.booToInt4.y = if chiPlaCon.dowProCon.nexChi.dowPro.y then chiPlaCon.dowProCon.nexChi.booToInt4.integerTrue else chiPlaCon.dowProCon.nexChi.booToInt4.integerFalse
690/690 (1): chiPlaCon.upProCon.nexChi.disChi[1].clr = chiPlaCon.upProCon.nexChi.enaChi[2].clr
691/691 (1): $whenCondition149 = chiPlaCon.upProCon.nexChi.disChi[1].clr
692/692 (1): when {$whenCondition149, $whenCondition150} then
  chiPlaCon.upProCon.nexChi.disChi[1].y := not chiPlaCon.upProCon.nexChi.disChi[1].clr and chiPlaCon.upProCon.nexChi.disChi[1].u;
end when;
693/693 (1): chiPlaCon.upProCon.nexChi.booToInt1[1].y = if chiPlaCon.upProCon.nexChi.disChi[1].y then chiPlaCon.upProCon.nexChi.booToInt1[1].integerTrue else chiPlaCon.upProCon.nexChi.booToInt1[1].integerFalse
694/694 (1): chiPlaCon.upProCon.nexChi.proInt1[1].y = chiPlaCon.upProCon.nexChi.chiIndVec[1].k * chiPlaCon.upProCon.nexChi.booToInt1[1].y
695/695 (1): chiPlaCon.upProCon.nexChi.enaChi[1].clr = chiPlaCon.upProCon.nexChi.enaChi[2].clr
696/696 (1): $whenCondition153 = chiPlaCon.upProCon.nexChi.enaChi[1].clr
697/697 (1): when {$whenCondition153, $whenCondition154} then
  chiPlaCon.upProCon.nexChi.enaChi[1].y := not chiPlaCon.upProCon.nexChi.enaChi[1].clr and chiPlaCon.upProCon.nexChi.enaChi[1].u;
end when;
698/698 (1): chiPlaCon.upProCon.nexChi.booToInt[1].y = if chiPlaCon.upProCon.nexChi.enaChi[1].y then chiPlaCon.upProCon.nexChi.booToInt[1].integerTrue else chiPlaCon.upProCon.nexChi.booToInt[1].integerFalse
699/699 (1): chiPlaCon.upProCon.nexChi.proInt[1].y = chiPlaCon.upProCon.nexChi.booToInt[1].y * chiPlaCon.upProCon.nexChi.chiIndVec[1].k
700/700 (1): not chiPlaCon.wseSta.wsePum.resSpe.truHol.not_u = chiPlaCon.upProCon.lat.y or chiPlaCon.dowProCon.lat.y
701/701 (1): chiPlaCon.upProCon.chiDemRed.upFroZer.y = chiPlaCon.upProCon.lat.y and not chiPlaCon.upProCon.chiDemRed.mulOr.uTemp[2]
702/702 (1): chiPlaCon.upProCon.and1.y = chiPlaCon.upProCon.cha.up and chiPlaCon.upProCon.intEqu.y
703/703 (1): chiPlaCon.dowProCon.cha.u = chiPlaCon.dowProCon.nexChi.cha.u
704/704 (1): chiPlaCon.dowProCon.lat.u = chiPlaCon.dowProCon.cha.u < pre(chiPlaCon.dowProCon.cha.u)
705/705 (1): $whenCondition162 = chiPlaCon.dowProCon.lat.u
706/706 (1): when {$whenCondition161, $whenCondition162} then
  chiPlaCon.dowProCon.lat.y := not chiPlaCon.dowProCon.lat.clr and chiPlaCon.dowProCon.lat.u;
end when;
707/707 (1): chiPlaCon.chiStaUp.clr = chiPlaCon.dowProCon.lat.y
708/708 (1): $whenCondition16 = chiPlaCon.chiStaUp.clr
709/709 (1): chiPlaCon.dowProCon.disChiIsoVal.lat.clr = not chiPlaCon.dowProCon.lat.y
710/710 (1): $whenCondition195 = chiPlaCon.dowProCon.disChiIsoVal.lat.clr
711/711 (1): chiPlaCon.dowProCon.disChiIsoVal.lat3.clr = not chiPlaCon.dowProCon.lat.y
712/712 (1): $whenCondition186 = chiPlaCon.dowProCon.disChiIsoVal.lat3.clr
713/713 (1): chiPlaCon.dowProCon.dowSta.disChi.edg1.u = chiPlaCon.dowProCon.lat.y
714/714 (1): chiPlaCon.dowProCon.dowSta.disChi.booRep5.y[2] = chiPlaCon.dowProCon.dowSta.disChi.edg1.u and not pre(chiPlaCon.dowProCon.dowSta.disChi.edg1.u)
715/715 (1): $whenCondition216 = chiPlaCon.dowProCon.dowSta.disChi.booRep5.y[2]
716/716 (1): when $whenCondition216 then
  chiPlaCon.dowProCon.dowSta.disChi.triSam1[1].y := chiPlaCon.dowProCon.dowSta.disChi.booToRea1[1].y;
end when;
717/717 (1): chiPlaCon.dowProCon.dowSta.disChi.greEquThr1[1].y = chiPlaCon.dowProCon.dowSta.disChi.triSam1[1].y > 0.5
718/718 (1): when $whenCondition216 then
  chiPlaCon.dowProCon.dowSta.disChi.triSam1[2].y := chiPlaCon.dowProCon.dowSta.disChi.booToRea1[2].y;
end when;
719/719 (1): chiPlaCon.dowProCon.dowSta.disChi.greEquThr1[2].y = chiPlaCon.dowProCon.dowSta.disChi.triSam1[2].y > 0.5
720/720 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.clr = not chiPlaCon.dowProCon.lat.y
721/721 (1): $whenCondition240 = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.clr
722/722 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat3.clr = not chiPlaCon.dowProCon.lat.y
723/723 (1): $whenCondition231 = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat3.clr
724/724 (1): when {$whenCondition231, $whenCondition232} then
  chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat3.y := not chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat3.clr and chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat3.u;
end when;
725/725 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.u = not chiPlaCon.dowProCon.lat.y
726/726 (1): $whenCondition234 = not chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.u
727/727 (1): when false then
  chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.y := if not chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.delayOnInit then chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.u else false;
elsewhen $whenCondition235 then
  chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.y := false;
elsewhen $whenCondition234 then
  chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.y := false;
elsewhen $whenCondition233 then
  chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.y := chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.u;
end when;
728/728 (1): chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat2.clr = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.y
729/729 (1): $whenCondition236 = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat2.clr
730/730 (1): $whenCondition235 = chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.u
731/731 (1): chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.clr = not chiPlaCon.dowProCon.lat.y
732/732 (1): $whenCondition246 = chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.clr
733/733 (1): chiPlaCon.dowProCon.dowSta.minBypRes.edg3.u = chiPlaCon.dowProCon.lat.y
734/734 (1): chiPlaCon.dowProCon.dowSta.minBypRes.lat1.clr = chiPlaCon.dowProCon.dowSta.minBypRes.edg3.u and not pre(chiPlaCon.dowProCon.dowSta.minBypRes.edg3.u)
735/735 (1): $whenCondition253 = chiPlaCon.dowProCon.dowSta.minBypRes.lat1.clr
736/736 (1): chiPlaCon.dowProCon.dowSta.minBypRes.edg1.u = not chiPlaCon.dowProCon.lat.y
737/737 (1): chiPlaCon.dowProCon.dowSta.minBypRes.lat.clr = chiPlaCon.dowProCon.dowSta.minBypRes.edg1.u and not pre(chiPlaCon.dowProCon.dowSta.minBypRes.edg1.u)
738/738 (1): $whenCondition255 = chiPlaCon.dowProCon.dowSta.minBypRes.lat.clr
739/739 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.endSta.not_u = not chiPlaCon.dowProCon.lat.y
740/740 (1): $whenCondition212 = not chiPlaCon.dowProCon.dowSta.minChiWatSet.endSta.not_u
741/741 (1): when $whenCondition212 then
  chiPlaCon.dowProCon.dowSta.minChiWatSet.triSam[1].y := chiPlaCon.dowProCon.dowSta.minChiWatSet.booToRea[1].y;
end when;
742/742 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.greEquThr[1].y = chiPlaCon.dowProCon.dowSta.minChiWatSet.triSam[1].y > 0.5
743/743 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.swi12[1].y = smooth(0, if chiPlaCon.dowProCon.dowSta.minChiWatSet.greEquThr[1].y then chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiRat.u[1] else 0.0)
744/744 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.multiMax5.y = max(chiPlaCon.dowProCon.dowSta.minChiWatSet.swi12[1].y, chiPlaCon.dowProCon.dowSta.minChiWatSet.swi12[2].y)
745/745 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.pro4.y = chiPlaCon.dowProCon.dowSta.minChiWatSet.multiMax5.y * chiPlaCon.dowProCon.dowSta.minChiWatSet.mulSum3.y
746/746 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.pro4.y = chiPlaCon.dowProCon.dowSta.minChiWatSet.oneMorSet1.a
747/747 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.pro4.y = chiPlaCon.dowProCon.dowSta.minChiWatSet.oneLeSet.a
748/748 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.swi11[1].y = smooth(0, if chiPlaCon.dowProCon.dowSta.minChiWatSet.greEquThr[1].y then chiPlaCon.dowProCon.dowSta.minChiWatSet.maxFlo[1].k else 0.0)
749/749 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.mulSum3.y = chiPlaCon.dowProCon.dowSta.minChiWatSet.mulSum3.k[1] * chiPlaCon.dowProCon.dowSta.minChiWatSet.swi11[1].y + chiPlaCon.dowProCon.dowSta.minChiWatSet.mulSum3.k[2] * chiPlaCon.dowProCon.dowSta.minChiWatSet.swi11[2].y
750/750 (1): when $whenCondition212 then
  chiPlaCon.dowProCon.dowSta.minChiWatSet.triSam[2].y := chiPlaCon.dowProCon.dowSta.minChiWatSet.booToRea[2].y;
end when;
751/751 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.greEquThr[2].y = chiPlaCon.dowProCon.dowSta.minChiWatSet.triSam[2].y > 0.5
752/752 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.swi12[2].y = smooth(0, if chiPlaCon.dowProCon.dowSta.minChiWatSet.greEquThr[2].y then chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiRat.u[2] else 0.0)
753/753 (1): chiPlaCon.dowProCon.dowSta.minChiWatSet.swi11[2].y = smooth(0, if chiPlaCon.dowProCon.dowSta.minChiWatSet.greEquThr[2].y then chiPlaCon.dowProCon.dowSta.minChiWatSet.maxFlo[2].k else 0.0)
754/754 (1): chiPlaCon.dowProCon.dowSta.chiDemRed.edg.u = chiPlaCon.dowProCon.lat.y and chiPlaCon.dowProCon.dowSta.not1.y
755/755 (1): $whenCondition261 = not chiPlaCon.dowProCon.dowSta.chiDemRed.edg.u
756/756 (1): when $whenCondition263 then
  chiPlaCon.dowProCon.dowSta.chiDemRed.tim.passed := chiPlaCon.dowProCon.dowSta.chiDemRed.tim.t <= 0.0;
elsewhen $whenCondition262 then
  chiPlaCon.dowProCon.dowSta.chiDemRed.tim.passed := true;
elsewhen $whenCondition261 then
  chiPlaCon.dowProCon.dowSta.chiDemRed.tim.passed := false;
end when;
757/757 (1): $whenCondition262 = chiPlaCon.dowProCon.dowSta.chiDemRed.edg.u and time >= chiPlaCon.dowProCon.dowSta.chiDemRed.tim.t + pre(chiPlaCon.dowProCon.dowSta.chiDemRed.tim.entryTime)
758/758 (1): $whenCondition263 = chiPlaCon.dowProCon.dowSta.chiDemRed.edg.u
759/759 (1): chiPlaCon.dowProCon.dowSta.chiDemRed.upFroZer.y = chiPlaCon.dowProCon.dowSta.chiDemRed.edg.u and not chiPlaCon.dowProCon.dowSta.chiDemRed.mulOr.uTemp[2]
760/760 (1): chiPlaCon.dowProCon.dowSta.chiDemRed.lat.clr = chiPlaCon.dowProCon.dowSta.chiDemRed.edg.u and not pre(chiPlaCon.dowProCon.dowSta.chiDemRed.edg.u)
761/761 (1): $whenCondition259 = chiPlaCon.dowProCon.dowSta.chiDemRed.lat.clr
762/762 (1): chiPlaCon.dowProCon.nexChi.dowPro.u = chiPlaCon.dowProCon.nexChi.cha.u < pre(chiPlaCon.dowProCon.nexChi.cha.u)
763/763 (1): $whenCondition271 = chiPlaCon.dowProCon.nexChi.dowPro.u
764/764 (1): chiPlaCon.upProCon.intEqu.y = 0 == chiPlaCon.upProCon.nexChi.cha.u
765/765 (1): chiPlaCon.upProCon.nexChi.upPro.u = chiPlaCon.upProCon.nexChi.cha.u > pre(chiPlaCon.upProCon.nexChi.cha.u)
766/766 (1): $whenCondition146 = chiPlaCon.upProCon.nexChi.upPro.u
767/767 (1): chiPlaCon.staSetCon.chiInd.intEqu1[2,2].y = chiPlaCon.upProCon.nexChi.cha.u == 2
768/768 (1): chiPlaCon.staSetCon.chiInd.proInt[2,2].y = if chiPlaCon.staSetCon.chiInd.intEqu1[2,2].y then 1 else 0
769/769 (1): chiPlaCon.staSetCon.chiInd.intToRea[2,2].y = /*Real*/(chiPlaCon.staSetCon.chiInd.proInt[2,2].y)
770/770 (1): chiPlaCon.staSetCon.chiInd.matMax.y[2] = max(0.0, chiPlaCon.staSetCon.chiInd.intToRea[2,2].y)
771/771 (1): not chiPlaCon.upProCon.nexChi.falEdg[2].not_u = chiPlaCon.staSetCon.chiInd.matMax.y[2] > chiPlaCon.staSetCon.chiInd.chiInSta[2].greNoHys.t
772/772 (1): chiPlaCon.upProCon.nexChi.edg[2].u = not chiPlaCon.upProCon.nexChi.falEdg[2].not_u
773/773 (1): chiPlaCon.upProCon.nexChi.edg[2].y = chiPlaCon.upProCon.nexChi.edg[2].u and not pre(chiPlaCon.upProCon.nexChi.edg[2].u)
774/774 (1): chiPlaCon.upProCon.nexChi.enaChi[2].u = if chiPlaCon.upProCon.nexChi.truDel[2].y then chiPlaCon.upProCon.nexChi.edg[2].y else false
775/775 (1): $whenCondition152 = chiPlaCon.upProCon.nexChi.enaChi[2].u
776/776 (1): chiPlaCon.dowProCon.nexChi.falEdg[2].not_u = chiPlaCon.upProCon.nexChi.falEdg[2].not_u
777/777 (1): chiPlaCon.dowProCon.nexChi.falEdg[2].y = chiPlaCon.dowProCon.nexChi.falEdg[2].not_u and not pre(chiPlaCon.dowProCon.nexChi.falEdg[2].not_u)
778/778 (1): chiPlaCon.dowProCon.nexChi.disChi[2].u = if chiPlaCon.dowProCon.nexChi.truDel[2].y then chiPlaCon.dowProCon.nexChi.falEdg[2].y else false
779/779 (1): $whenCondition275 = chiPlaCon.dowProCon.nexChi.disChi[2].u
780/780 (1): chiPlaCon.dowProCon.nexChi.edg[2].u = not chiPlaCon.upProCon.nexChi.falEdg[2].not_u
781/781 (1): chiPlaCon.dowProCon.nexChi.edg[2].y = chiPlaCon.dowProCon.nexChi.edg[2].u and not pre(chiPlaCon.dowProCon.nexChi.edg[2].u)
782/782 (1): chiPlaCon.dowProCon.nexChi.enaChi[2].u = if chiPlaCon.dowProCon.nexChi.truDel[2].y then chiPlaCon.dowProCon.nexChi.edg[2].y else false
783/783 (1): $whenCondition279 = chiPlaCon.dowProCon.nexChi.enaChi[2].u
784/784 (1): chiPlaCon.upProCon.nexChi.falEdg[2].y = chiPlaCon.upProCon.nexChi.falEdg[2].not_u and not pre(chiPlaCon.upProCon.nexChi.falEdg[2].not_u)
785/785 (1): chiPlaCon.upProCon.nexChi.disChi[2].u = if chiPlaCon.upProCon.nexChi.truDel[2].y then chiPlaCon.upProCon.nexChi.falEdg[2].y else false
786/786 (1): $whenCondition148 = chiPlaCon.upProCon.nexChi.disChi[2].u
787/787 (1): chiPlaCon.staSetCon.chiInd.intEqu1[2,1].y = chiPlaCon.upProCon.nexChi.cha.u == 2
788/788 (1): chiPlaCon.staSetCon.chiInd.proInt[2,1].y = if chiPlaCon.staSetCon.chiInd.intEqu1[2,1].y then 1 else 0
789/789 (1): chiPlaCon.staSetCon.chiInd.intToRea[2,1].y = /*Real*/(chiPlaCon.staSetCon.chiInd.proInt[2,1].y)
790/790 (1): chiPlaCon.staSetCon.chiInd.matMax.y[1] = max(chiPlaCon.staSetCon.chiInd.intToRea[1,1].y, chiPlaCon.staSetCon.chiInd.intToRea[2,1].y)
791/791 (1): not chiPlaCon.upProCon.nexChi.falEdg[1].not_u = chiPlaCon.staSetCon.chiInd.matMax.y[1] > chiPlaCon.staSetCon.chiInd.chiInSta[1].greNoHys.t
792/792 (1): chiPlaCon.upProCon.nexChi.edg[1].u = not chiPlaCon.upProCon.nexChi.falEdg[1].not_u
793/793 (1): chiPlaCon.upProCon.nexChi.edg[1].y = chiPlaCon.upProCon.nexChi.edg[1].u and not pre(chiPlaCon.upProCon.nexChi.edg[1].u)
794/794 (1): chiPlaCon.upProCon.nexChi.enaChi[1].u = if chiPlaCon.upProCon.nexChi.truDel[1].y then chiPlaCon.upProCon.nexChi.edg[1].y else false
795/795 (1): $whenCondition154 = chiPlaCon.upProCon.nexChi.enaChi[1].u
796/796 (1): chiPlaCon.dowProCon.nexChi.falEdg[1].not_u = chiPlaCon.upProCon.nexChi.falEdg[1].not_u
797/797 (1): chiPlaCon.dowProCon.nexChi.falEdg[1].y = chiPlaCon.dowProCon.nexChi.falEdg[1].not_u and not pre(chiPlaCon.dowProCon.nexChi.falEdg[1].not_u)
798/798 (1): chiPlaCon.dowProCon.nexChi.disChi[1].u = if chiPlaCon.dowProCon.nexChi.truDel[1].y then chiPlaCon.dowProCon.nexChi.falEdg[1].y else false
799/799 (1): $whenCondition277 = chiPlaCon.dowProCon.nexChi.disChi[1].u
800/800 (1): chiPlaCon.dowProCon.nexChi.edg[1].u = not chiPlaCon.upProCon.nexChi.falEdg[1].not_u
801/801 (1): chiPlaCon.dowProCon.nexChi.edg[1].y = chiPlaCon.dowProCon.nexChi.edg[1].u and not pre(chiPlaCon.dowProCon.nexChi.edg[1].u)
802/802 (1): chiPlaCon.dowProCon.nexChi.enaChi[1].u = if chiPlaCon.dowProCon.nexChi.truDel[1].y then chiPlaCon.dowProCon.nexChi.edg[1].y else false
803/803 (1): $whenCondition281 = chiPlaCon.dowProCon.nexChi.enaChi[1].u
804/804 (1): chiPlaCon.upProCon.nexChi.falEdg[1].y = chiPlaCon.upProCon.nexChi.falEdg[1].not_u and not pre(chiPlaCon.upProCon.nexChi.falEdg[1].not_u)
805/805 (1): chiPlaCon.upProCon.nexChi.disChi[1].u = if chiPlaCon.upProCon.nexChi.truDel[1].y then chiPlaCon.upProCon.nexChi.falEdg[1].y else false
806/806 (1): $whenCondition150 = chiPlaCon.upProCon.nexChi.disChi[1].u
807/807 (1): chiPlaCon.staSetCon.chiInd.intEqu1[1,1].y = chiPlaCon.upProCon.nexChi.cha.u == 1
808/808 (1): chiPlaCon.staSetCon.chiInd.proInt[1,1].y = if chiPlaCon.staSetCon.chiInd.intEqu1[1,1].y then 1 else 0
809/809 (1): chiPlaCon.staSetCon.chiInd.intToRea[1,1].y = /*Real*/(chiPlaCon.staSetCon.chiInd.proInt[1,1].y)
810/810 (1): chiPlaCon.staSetCon.cha.or2.y = chiPlaCon.staSetCon.yUp or chiPlaCon.staSetCon.yDow
811/811 (1): chiPlaCon.staSetCon.cha.and9.y = chiPlaCon.staSetCon.cha.or2.y and chiPlaCon.staSetCon.cha.holIniSta.not_y
812/812 (1): chiPlaCon.staSetCon.cha.edg1.u = chiPlaCon.staSetCon.cha.and9.y and chiPlaCon.staSetCon.cha.staChaHol3.not_y
813/813 (1): chiPlaCon.staSetCon.cha.lat1.clr = chiPlaCon.staSetCon.cha.edg1.u and chiPlaCon.staSetCon.cha.greThr1.y
814/814 (1): $whenCondition340 = chiPlaCon.staSetCon.cha.lat1.clr
815/815 (1): when {$whenCondition340, $whenCondition341} then
  chiPlaCon.staSetCon.cha.lat1.y := not chiPlaCon.staSetCon.cha.lat1.clr and chiPlaCon.staSetCon.cha.lat1.u;
end when;
816/816 (1): not chiPlaCon.staSetCon.cha.staChaHol1.not_u = chiPlaCon.staSetCon.cha.edg1.u and chiPlaCon.staSetCon.cha.pre1.y
817/817 (1): $whenCondition338 = chiPlaCon.staSetCon.cha.staChaHol1.not_u and not pre(chiPlaCon.staSetCon.cha.staChaHol1.not_u)
818/818 (1): when false then
  chiPlaCon.staSetCon.cha.staChaHol1.y := chiPlaCon.staSetCon.cha.staChaHol1.u;
elsewhen {$whenCondition337, $whenCondition338, $whenCondition339} then
  chiPlaCon.staSetCon.cha.staChaHol1.y := if time >= pre(chiPlaCon.staSetCon.cha.staChaHol1.entryTimeFalse) and time >= pre(chiPlaCon.staSetCon.cha.staChaHol1.entryTimeTrue) + 900.0 then chiPlaCon.staSetCon.cha.staChaHol1.u else pre(chiPlaCon.staSetCon.cha.staChaHol1.y);
end when;
819/819 (1): chiPlaCon.staSetCon.cha.staChaHol1.y = not chiPlaCon.staSetCon.cha.staChaHol1.not_y
820/820 (1): chiPlaCon.staSetCon.cha.and2.y = chiPlaCon.staSetCon.cha.edg1.u and not chiPlaCon.staSetCon.cha.staChaHol1.not_y
821/821 (1): not chiPlaCon.staSetCon.cha.staChaHol2.not_u = chiPlaCon.staSetCon.cha.edg1.y or chiPlaCon.staSetCon.cha.and2.y
822/822 (1): $whenCondition335 = chiPlaCon.staSetCon.cha.staChaHol2.not_u and not pre(chiPlaCon.staSetCon.cha.staChaHol2.not_u)
823/823 (1): when false then
  chiPlaCon.staSetCon.cha.staChaHol2.y := chiPlaCon.staSetCon.cha.staChaHol2.u;
elsewhen {$whenCondition334, $whenCondition335, $whenCondition336} then
  chiPlaCon.staSetCon.cha.staChaHol2.y := if time >= pre(chiPlaCon.staSetCon.cha.staChaHol2.entryTimeFalse) and time >= pre(chiPlaCon.staSetCon.cha.staChaHol2.entryTimeTrue) + 900.0 then chiPlaCon.staSetCon.cha.staChaHol2.u else pre(chiPlaCon.staSetCon.cha.staChaHol2.y);
end when;
824/824 (1): chiPlaCon.staSetCon.cha.staChaHol2.y = not chiPlaCon.staSetCon.cha.staChaHol2.not_y
825/825 (1): $whenCondition349 = not chiPlaCon.staSetCon.cha.staChaHol2.not_y
826/826 (1): chiPlaCon.staSetCon.cha.staChaHol2.u = not chiPlaCon.staSetCon.cha.staChaHol2.not_u
827/827 (1): $whenCondition334 = chiPlaCon.staSetCon.cha.staChaHol2.u and not pre(chiPlaCon.staSetCon.cha.staChaHol2.u)
828/828 (1): chiPlaCon.staSetCon.cha.staChaHol1.u = not chiPlaCon.staSetCon.cha.staChaHol1.not_u
829/829 (1): $whenCondition337 = chiPlaCon.staSetCon.cha.staChaHol1.u and not pre(chiPlaCon.staSetCon.cha.staChaHol1.u)
830/830 (1): chiPlaCon.staSetCon.cha.edg1.y = chiPlaCon.staSetCon.cha.edg1.u and not pre(chiPlaCon.staSetCon.cha.edg1.u)
831/831 (1): chiPlaCon.staSetCon.cha.or3.y = chiPlaCon.staSetCon.cha.falEdg.y or chiPlaCon.staSetCon.cha.edg1.y
832/832 (1): $whenCondition342 = chiPlaCon.staSetCon.cha.or3.y
833/833 (1): when $whenCondition342 then
  chiPlaCon.staSetCon.cha.triSam1.y := chiPlaCon.staSetCon.cha.triSam1.u;
end when;
834/834 (1): chiPlaCon.staSetCon.cha.greThr1.y = chiPlaCon.staSetCon.cha.triSam1.y > 0.5
835/835 (1): $whenCondition361 = chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].u
836/836 (1): 0.0 = chiPlaCon.staSetCon.staDow.faiSafCon.sub2[1].y - chiPlaCon.staSetCon.staUp.faiSafCon.sub2[1].y
837/837 (1): chiPlaCon.staSetCon.staUp.faiSafCon.hysdpSup1[1].y = not pre(chiPlaCon.staSetCon.staUp.faiSafCon.hysdpSup1[1].y) and chiPlaCon.staSetCon.staUp.faiSafCon.sub2[1].y > chiPlaCon.staSetCon.staUp.faiSafCon.hysdpSup1[1].uHigh or pre(chiPlaCon.staSetCon.staUp.faiSafCon.hysdpSup1[1].y) and chiPlaCon.staSetCon.staUp.faiSafCon.sub2[1].y >= chiPlaCon.staSetCon.staUp.faiSafCon.hysdpSup1[1].uLow
838/838 (1): chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].u = chiPlaCon.staSetCon.staUp.faiSafCon.hysdpSup1[1].y
839/839 (1): $whenCondition377 = not chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].u
840/840 (1): when false then
  chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].y := chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].u;
elsewhen $whenCondition378 then
  chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].y := not chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].delayTime > 0.0;
elsewhen $whenCondition377 then
  chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].y := false;
elsewhen $whenCondition376 then
  chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].y := chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].u;
end when;
841/841 (1): chiPlaCon.staSetCon.staUp.faiSafCon.y = chiPlaCon.staSetCon.staUp.faiSafCon.truDel.y or chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].y
842/842 (1): chiPlaCon.staSetCon.staUp.or2.y = chiPlaCon.staSetCon.staUp.effCon.truDel.y or chiPlaCon.staSetCon.staUp.faiSafCon.y
843/843 (1): chiPlaCon.staSetCon.staUp.orStaUp.y = chiPlaCon.staSetCon.staUp.or2.y or not chiPlaCon.staSetCon.staUp.uAvaCur
844/844 (1): chiPlaCon.staSetCon.staUp.lat.clr = if chiPlaCon.staSetCon.staUp.intGreThr.y then chiPlaCon.staSetCon.staUp.orStaUp.y else chiPlaCon.staSetCon.staUp.orStaUp1.y
845/845 (1): $whenCondition365 = chiPlaCon.staSetCon.staUp.lat.clr
846/846 (1): when {$whenCondition365, $whenCondition366} then
  chiPlaCon.staSetCon.staUp.lat.y := not chiPlaCon.staSetCon.staUp.lat.clr and chiPlaCon.staSetCon.staUp.lat.u;
end when;
847/847 (1): chiPlaCon.staSetCon.yUp = if chiPlaCon.staSetCon.staUp.lat.y then false else chiPlaCon.staSetCon.staUp.lat.clr
848/848 (1): $whenCondition378 = chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].u
849/849 (1): chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].u_m = chiPlaCon.dpChiWat_remote[1] / chiPlaCon.chiWatSupSet.dpChiWatSet[1]
850/850 (1): chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.errI1.u2 = chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.uMea_revAct.k * chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].u_m
851/851 (1): $cse9 = max(chiPlaCon.chiWatSupSet.halRes[1].k, chiPlaCon.chiWatSupSet.uChiWatPlaRes)
852/852 (1): chiPlaCon.chiWatSupSet.chiWatTem.xLim = min(chiPlaCon.chiWatSupSet.oneRes.k, $cse9)
853/853 (1): chiPlaCon.TChiWatSupSet[2] = chiPlaCon.chiWatSupSet.chiWatTem.a + chiPlaCon.chiWatSupSet.chiWatTem.b * chiPlaCon.chiWatSupSet.chiWatTem.xLim
854/854 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.u_s = smooth(0, if chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.enaFan.y then chiPlaCon.TChiWatSupSet[2] else chiPlaCon.TChiWatSupChi[1])
855/855 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.errP.u1 = chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.uS_revAct.k * chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.u_s
856/856 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.errI1.y = chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.errP.u1 - chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.uMea_revAct.y
857/857 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.errI1.y = chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.P.u
858/858 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.addPD.y = chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.P.k * chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.P.u
859/859 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.addPID.y = chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.addPD.y + chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.I.y
860/860 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.y = homotopy(smooth(0, if noEvent(chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.addPID.y > 1.0) then 1.0 else if noEvent(chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.addPID.y < 0.0) then 0.0 else chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.addPID.y), chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.addPID.y)
861/861 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.y = smooth(0, if chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.enaFan.y then chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.y else 0.0)
862/862 (1): $cse22 = max(chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.zer.k, chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.y)
863/863 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.lin.xLim = min(chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.one.k, $cse22)
864/864 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.lin.y = chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.lin.a + chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.lin.b * chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.lin.xLim
865/865 (1): chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.ySpeSet = smooth(0, if chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.enaFan.y then chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.lin.y else 0.0)
866/866 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.conWatRet.y = chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.tarLif.y + chiPlaCon.TChiWatSupSet[2]
867/867 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.lin.a = chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.conWatRet.y - chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.lin.b * chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.maxRamTim.k
868/868 (1): chiPlaCon.towCon.TConWatRetSet = chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.lin.a + chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.lin.b * chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.lin.xLim
869/869 (1): chiPlaCon.towCon.TConWatSupSet = chiPlaCon.towCon.TConWatRetSet - chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.delTem.y
870/870 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.u_s = smooth(0, if chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.anyProOn.uTemp[2] then chiPlaCon.towCon.TConWatSupSet else 305.15)
871/871 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.errP.u1 = chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.uS_revAct.k * chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.u_s
872/872 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.P.u = chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.errP.u1 - chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.uMea_revAct.y
873/873 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.addPD.y = chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.P.k * chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.P.u
874/874 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.addPID.y = chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.addPD.y + chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.I.y
875/875 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.y = homotopy(smooth(0, if noEvent(chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.addPID.y > chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.lim.uMax) then chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.lim.uMax else if noEvent(chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.addPID.y < chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.lim.uMin) then chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.lim.uMin else chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.addPID.y), chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.addPID.y)
876/876 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.y = smooth(0, if chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.anyProOn.uTemp[2] then chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.y else chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.valDis.k)
877/877 (1): $cse19 = max(chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.zer1.k, chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.y)
878/878 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.CWSTSpd.xLim = min(chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.one1.k, $cse19)
879/879 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.fanSpe.u[1] = chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.CWSTSpd.a + chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.CWSTSpd.b * chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.CWSTSpd.xLim
880/880 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.fanSpe.y = min({chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.fanSpe.u[1], chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.fanSpe.u[2], chiPlaCon.towCon.towFanSpe.fanSpeRetTem.plrTowMaxSpe.y})
881/881 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.ySpeSet = smooth(0, if chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.anyProOn.uTemp[2] then chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.fanSpe.y else 0.0)
882/882 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.swi.y = smooth(0, if chiPlaCon.towCon.towFanSpe.fanSpeRetTem.enaTow.yTow then chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.ySpeSet else 0.0)
883/883 (1): chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.lin.b = (-297.59444444444443 + chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.conWatRet.y) / chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.maxRamTim.k
884/884 (1): chiPlaCon.staSetCon.staDow.faiSafCon.sub0.y = chiPlaCon.TChiWatSupChi[1] - chiPlaCon.TChiWatSupSet[2]
885/885 (1): chiPlaCon.staSetCon.staDow.faiSafCon.hysTSup.y = not pre(chiPlaCon.staSetCon.staDow.faiSafCon.hysTSup.y) and chiPlaCon.staSetCon.staDow.faiSafCon.sub0.y > 1.0 or pre(chiPlaCon.staSetCon.staDow.faiSafCon.hysTSup.y) and chiPlaCon.staSetCon.staDow.faiSafCon.sub0.y >= chiPlaCon.staSetCon.staDow.faiSafCon.hysTSup.uLow
886/886 (1): chiPlaCon.staSetCon.staDow.faiSafCon.truDel.u = chiPlaCon.staSetCon.staDow.faiSafCon.hysTSup.y
887/887 (1): $whenCondition363 = not chiPlaCon.staSetCon.staDow.faiSafCon.truDel.u
888/888 (1): when false then
  chiPlaCon.staSetCon.staDow.faiSafCon.truDel.y := chiPlaCon.staSetCon.staDow.faiSafCon.truDel.u;
elsewhen $whenCondition364 then
  chiPlaCon.staSetCon.staDow.faiSafCon.truDel.y := not chiPlaCon.staSetCon.staDow.faiSafCon.truDel.delayTime > 0.0;
elsewhen $whenCondition363 then
  chiPlaCon.staSetCon.staDow.faiSafCon.truDel.y := false;
elsewhen $whenCondition362 then
  chiPlaCon.staSetCon.staDow.faiSafCon.truDel.y := chiPlaCon.staSetCon.staDow.faiSafCon.truDel.u;
end when;
889/889 (1): $whenCondition364 = chiPlaCon.staSetCon.staDow.faiSafCon.truDel.u
890/890 (1): chiPlaCon.staSetCon.staUp.sub1.y = chiPlaCon.TChiWatSupChi[1] - chiPlaCon.TChiWatSupSet[2]
891/891 (1): chiPlaCon.staSetCon.staUp.hysTSup1.y = not pre(chiPlaCon.staSetCon.staUp.hysTSup1.y) and chiPlaCon.staSetCon.staUp.sub1.y > 2.0 or pre(chiPlaCon.staSetCon.staUp.hysTSup1.y) and chiPlaCon.staSetCon.staUp.sub1.y >= 1.0
892/892 (1): chiPlaCon.staSetCon.staUp.truDel1.u = chiPlaCon.staSetCon.staUp.hysTSup1.y
893/893 (1): $whenCondition368 = not chiPlaCon.staSetCon.staUp.truDel1.u
894/894 (1): when false then
  chiPlaCon.staSetCon.staUp.truDel1.y := false;
elsewhen $whenCondition369 then
  chiPlaCon.staSetCon.staUp.truDel1.y := false;
elsewhen $whenCondition368 then
  chiPlaCon.staSetCon.staUp.truDel1.y := false;
elsewhen $whenCondition367 then
  chiPlaCon.staSetCon.staUp.truDel1.y := chiPlaCon.staSetCon.staUp.truDel1.u;
end when;
895/895 (1): chiPlaCon.staSetCon.staUp.orStaUp1.y = chiPlaCon.staSetCon.staUp.truDel.y or chiPlaCon.staSetCon.staUp.truDel1.y
896/896 (1): $whenCondition369 = chiPlaCon.staSetCon.staUp.truDel1.u
897/897 (1): chiPlaCon.staSetCon.staUp.hysTSup.y = not pre(chiPlaCon.staSetCon.staUp.hysTSup.y) and chiPlaCon.staSetCon.staUp.sub1.y > 1.0 or pre(chiPlaCon.staSetCon.staUp.hysTSup.y) and chiPlaCon.staSetCon.staUp.sub1.y >= 0.0
898/898 (1): chiPlaCon.staSetCon.staUp.truDel.u = chiPlaCon.staSetCon.staUp.hysTSup.y
899/899 (1): $whenCondition371 = not chiPlaCon.staSetCon.staUp.truDel.u
900/900 (1): when false then
  chiPlaCon.staSetCon.staUp.truDel.y := false;
elsewhen $whenCondition372 then
  chiPlaCon.staSetCon.staUp.truDel.y := false;
elsewhen $whenCondition371 then
  chiPlaCon.staSetCon.staUp.truDel.y := false;
elsewhen $whenCondition370 then
  chiPlaCon.staSetCon.staUp.truDel.y := chiPlaCon.staSetCon.staUp.truDel.u;
end when;
901/901 (1): $whenCondition372 = chiPlaCon.staSetCon.staUp.truDel.u
902/902 (1): chiPlaCon.staSetCon.staUp.faiSafCon.sub0.y = chiPlaCon.TChiWatSupChi[1] - chiPlaCon.TChiWatSupSet[2]
903/903 (1): chiPlaCon.staSetCon.staUp.faiSafCon.hysTSup.y = not pre(chiPlaCon.staSetCon.staUp.faiSafCon.hysTSup.y) and chiPlaCon.staSetCon.staUp.faiSafCon.sub0.y > chiPlaCon.staSetCon.staUp.faiSafCon.hysTSup.uHigh or pre(chiPlaCon.staSetCon.staUp.faiSafCon.hysTSup.y) and chiPlaCon.staSetCon.staUp.faiSafCon.sub0.y >= chiPlaCon.staSetCon.staUp.faiSafCon.hysTSup.uLow
904/904 (1): chiPlaCon.staSetCon.staUp.faiSafCon.truDel.u = chiPlaCon.staSetCon.staUp.faiSafCon.hysTSup.y
905/905 (1): $whenCondition380 = not chiPlaCon.staSetCon.staUp.faiSafCon.truDel.u
906/906 (1): when false then
  chiPlaCon.staSetCon.staUp.faiSafCon.truDel.y := chiPlaCon.staSetCon.staUp.faiSafCon.truDel.u;
elsewhen $whenCondition381 then
  chiPlaCon.staSetCon.staUp.faiSafCon.truDel.y := not chiPlaCon.staSetCon.staUp.faiSafCon.truDel.delayTime > 0.0;
elsewhen $whenCondition380 then
  chiPlaCon.staSetCon.staUp.faiSafCon.truDel.y := false;
elsewhen $whenCondition379 then
  chiPlaCon.staSetCon.staUp.faiSafCon.truDel.y := chiPlaCon.staSetCon.staUp.faiSafCon.truDel.u;
end when;
907/907 (1): $whenCondition381 = chiPlaCon.staSetCon.staUp.faiSafCon.truDel.u
908/908 (1): chiPlaCon.chiWatPlaRes.triRes.swi1.y = smooth(0, if chiPlaCon.chiWatPlaRes.triRes.tim.y then chiPlaCon.chiWatPlaRes.triRes.triAmoCon.k else 0.0)
909/909 (1): $whenCondition391 = chiPlaCon.chiWatPlaRes.triRes.tim.u

Variables:
1: $whenCondition391:DISCRETE(fixed = true protected = true )  \"chiPlaCon.chiWatPlaRes.triRes.tim.u\" type: Boolean unreplaceable
2: chiPlaCon.chiWatPlaRes.triRes.swi1.y:VARIABLE(flow=false )  \"Output with u1 if u2 is true, else u3\" type: Real
3: $whenCondition381:DISCRETE(fixed = true protected = true )  \"chiPlaCon.staSetCon.staUp.faiSafCon.truDel.u\" type: Boolean unreplaceable
4: chiPlaCon.staSetCon.staUp.faiSafCon.truDel.y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal after it switched to true\" type: Boolean
5: $whenCondition380:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.staSetCon.staUp.faiSafCon.truDel.u\" type: Boolean unreplaceable
6: chiPlaCon.staSetCon.staUp.faiSafCon.truDel.u:DISCRETE(flow=false protected = true )  \"Input signal to be delayed when it switches to true\" type: Boolean
7: chiPlaCon.staSetCon.staUp.faiSafCon.hysTSup.y:DISCRETE(flow=false protected = true )  \"Output value of comparison\" type: Boolean
8: chiPlaCon.staSetCon.staUp.faiSafCon.sub0.y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real
9: $whenCondition372:DISCRETE(fixed = true protected = true )  \"chiPlaCon.staSetCon.staUp.truDel.u\" type: Boolean unreplaceable
10: chiPlaCon.staSetCon.staUp.truDel.y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal after it switched to true\" type: Boolean
11: $whenCondition371:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.staSetCon.staUp.truDel.u\" type: Boolean unreplaceable
12: chiPlaCon.staSetCon.staUp.truDel.u:DISCRETE(flow=false protected = true )  \"Input signal to be delayed when it switches to true\" type: Boolean
13: chiPlaCon.staSetCon.staUp.hysTSup.y:DISCRETE(flow=false protected = true )  \"Output value of comparison\" type: Boolean
14: $whenCondition369:DISCRETE(fixed = true protected = true )  \"chiPlaCon.staSetCon.staUp.truDel1.u\" type: Boolean unreplaceable
15: chiPlaCon.staSetCon.staUp.orStaUp1.y:DISCRETE(flow=false protected = true )  \"Output with true if at least one of the inputs is true\" type: Boolean
16: chiPlaCon.staSetCon.staUp.truDel1.y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal after it switched to true\" type: Boolean
17: $whenCondition368:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.staSetCon.staUp.truDel1.u\" type: Boolean unreplaceable
18: chiPlaCon.staSetCon.staUp.truDel1.u:DISCRETE(flow=false protected = true )  \"Input signal to be delayed when it switches to true\" type: Boolean
19: chiPlaCon.staSetCon.staUp.hysTSup1.y:DISCRETE(flow=false protected = true )  \"Output value of comparison\" type: Boolean
20: chiPlaCon.staSetCon.staUp.sub1.y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real
21: $whenCondition364:DISCRETE(fixed = true protected = true )  \"chiPlaCon.staSetCon.staDow.faiSafCon.truDel.u\" type: Boolean unreplaceable
22: chiPlaCon.staSetCon.staDow.faiSafCon.truDel.y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal after it switched to true\" type: Boolean
23: $whenCondition363:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.staSetCon.staDow.faiSafCon.truDel.u\" type: Boolean unreplaceable
24: chiPlaCon.staSetCon.staDow.faiSafCon.truDel.u:DISCRETE(flow=false protected = true )  \"Input signal to be delayed when it switches to true\" type: Boolean
25: chiPlaCon.staSetCon.staDow.faiSafCon.hysTSup.y:DISCRETE(flow=false protected = true )  \"Output value of comparison\" type: Boolean
26: chiPlaCon.staSetCon.staDow.faiSafCon.sub0.y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real
27: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.lin.b:VARIABLE(protected = true )  \"Slope\" type: Real
28: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.swi.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
29: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.ySpeSet:VARIABLE(flow=false min = 0.0 max = 1.0 unit = \"1\" protected = true )  \"Fan speed setpoint of each cooling tower cell\" type: Real
30: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.fanSpe.y:VARIABLE(flow=false protected = true )  \"Smallest element of the input vector\" type: Real
31: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.fanSpe.u[1]:VARIABLE(flow=false protected = true )  \"Input to the min function\" type: Real [3]
32: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.CWSTSpd.xLim:VARIABLE(protected = true )  \"Input value after applying the limits\" type: Real
33: $cse19:VARIABLE(protected = true )  type: Real unreplaceable
34: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.y:VARIABLE(flow=false protected = true )  \"Control output signal\" type: Real
35: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.y:VARIABLE(flow=false protected = true )  \"Connector of actuator output signal\" type: Real
36: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.addPID.y:VARIABLE(flow=false protected = true )  \"Sum of the inputs\" type: Real
37: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.addPD.y:VARIABLE(flow=false protected = true )  \"Sum of the inputs\" type: Real
38: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.P.u:VARIABLE(flow=false protected = true )  \"Input to be multiplied with gain\" type: Real
39: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.errP.u1:VARIABLE(flow=false protected = true )  \"Input with minuend\" type: Real
40: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.lesCouTowSpe.supCon.conPID.u_s:VARIABLE(flow=false protected = true )  \"Connector of setpoint input signal\" type: Real
41: chiPlaCon.towCon.TConWatSupSet:VARIABLE(flow=false unit = \"K\" )  \"Condenser water supply temperature setpoint\" type: Real
42: chiPlaCon.towCon.TConWatRetSet:VARIABLE(flow=false unit = \"K\" )  \"Condenser water return temperature setpoint\" type: Real
43: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.lin.a:VARIABLE(protected = true )  \"Intercept\" type: Real
44: chiPlaCon.towCon.towFanSpe.fanSpeRetTem.conWatRetSet.conWatRet.y:VARIABLE(flow=false protected = true )  \"Sum of the inputs\" type: Real
45: chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.ySpeSet:VARIABLE(flow=false min = 0.0 max = 1.0 unit = \"1\" protected = true )  \"Tower fan speed setpoint when WSE is enabled and there is any chiller running\" type: Real
46: chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.lin.y:VARIABLE(flow=false protected = true )  \"Output with f(x) along the line specified by (x1, f1) and (x2, f2)\" type: Real
47: chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.lin.xLim:VARIABLE(protected = true )  \"Input value after applying the limits\" type: Real
48: $cse22:VARIABLE(protected = true )  type: Real unreplaceable
49: chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.y:VARIABLE(flow=false protected = true )  \"Control output signal\" type: Real
50: chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.y:VARIABLE(flow=false protected = true )  \"Connector of actuator output signal\" type: Real
51: chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.addPID.y:VARIABLE(flow=false protected = true )  \"Sum of the inputs\" type: Real
52: chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.addPD.y:VARIABLE(flow=false protected = true )  \"Sum of the inputs\" type: Real
53: chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.P.u:VARIABLE(flow=false protected = true )  \"Input to be multiplied with gain\" type: Real
54: chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.errI1.y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real
55: chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.errP.u1:VARIABLE(flow=false protected = true )  \"Input with minuend\" type: Real
56: chiPlaCon.towCon.towFanSpe.fanSpeWse.wseOpe.chiWatTemCon.conPID.u_s:VARIABLE(flow=false protected = true )  \"Connector of setpoint input signal\" type: Real
57: chiPlaCon.TChiWatSupSet[2]:VARIABLE(flow=false unit = \"K\" )  \"Chilled water supply temperature setpoint\" type: Real [2]
58: chiPlaCon.chiWatSupSet.chiWatTem.xLim:VARIABLE(protected = true )  \"Input value after applying the limits\" type: Real
59: $cse9:VARIABLE(protected = true )  type: Real unreplaceable
60: chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.errI1.u2:VARIABLE(flow=false )  \"Input with subtrahend\" type: Real [1]
61: chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].u_m:VARIABLE(flow=false )  \"Measurement input signal\" type: Real [1]
62: $whenCondition378:DISCRETE(fixed = true protected = true )  \"chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].u\" type: Boolean unreplaceable
63: chiPlaCon.staSetCon.yUp:DISCRETE(flow=false )  \"Stage up signal\" type: Boolean
64: chiPlaCon.staSetCon.staUp.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
65: $whenCondition365:DISCRETE(fixed = true protected = true )  \"chiPlaCon.staSetCon.staUp.lat.clr\" type: Boolean unreplaceable
66: chiPlaCon.staSetCon.staUp.lat.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
67: chiPlaCon.staSetCon.staUp.orStaUp.y:DISCRETE(flow=false protected = true )  \"Output with true if at least one of the inputs is true\" type: Boolean
68: chiPlaCon.staSetCon.staUp.or2.y:DISCRETE(flow=false protected = true )  \"Output with true if at least one of the inputs is true\" type: Boolean
69: chiPlaCon.staSetCon.staUp.faiSafCon.y:DISCRETE(flow=false protected = true )  \"Failsafe condition for chiller staging\" type: Boolean
70: chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal after it switched to true\" type: Boolean [1]
71: $whenCondition377:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].u\" type: Boolean unreplaceable
72: chiPlaCon.staSetCon.staUp.faiSafCon.truDel1[1].u:DISCRETE(flow=false protected = true )  \"Input signal to be delayed when it switches to true\" type: Boolean [1]
73: chiPlaCon.staSetCon.staUp.faiSafCon.hysdpSup1[1].y:DISCRETE(flow=false protected = true )  \"Output value of comparison\" type: Boolean [1]
74: chiPlaCon.staSetCon.staUp.faiSafCon.sub2[1].y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real [1]
75: $whenCondition361:DISCRETE(fixed = true protected = true )  \"chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].u\" type: Boolean unreplaceable
76: chiPlaCon.staSetCon.cha.greThr1.y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean
77: chiPlaCon.staSetCon.cha.triSam1.y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real
78: $whenCondition342:DISCRETE(fixed = true protected = true )  \"chiPlaCon.staSetCon.cha.or3.y\" type: Boolean unreplaceable
79: chiPlaCon.staSetCon.cha.or3.y:DISCRETE(flow=false protected = true )  \"Output with true if at least one of the inputs is true\" type: Boolean
80: chiPlaCon.staSetCon.cha.edg1.y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to true\" type: Boolean
81: $whenCondition337:DISCRETE(fixed = true protected = true )  \"chiPlaCon.staSetCon.cha.staChaHol1.u and not pre(chiPlaCon.staSetCon.cha.staChaHol1.u)\" type: Boolean unreplaceable
82: chiPlaCon.staSetCon.cha.staChaHol1.u:DISCRETE(flow=false protected = true )  \"Input signal that is to be delayed\" type: Boolean
83: $whenCondition334:DISCRETE(fixed = true protected = true )  \"chiPlaCon.staSetCon.cha.staChaHol2.u and not pre(chiPlaCon.staSetCon.cha.staChaHol2.u)\" type: Boolean unreplaceable
84: chiPlaCon.staSetCon.cha.staChaHol2.u:DISCRETE(flow=false protected = true )  \"Input signal that is to be delayed\" type: Boolean
85: $whenCondition349:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.staSetCon.cha.staChaHol2.not_y\" type: Boolean unreplaceable
86: chiPlaCon.staSetCon.cha.staChaHol2.not_y:DISCRETE(protected = true )  \"Opposite of y\" type: Boolean
87: chiPlaCon.staSetCon.cha.staChaHol2.y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal\" type: Boolean
88: $whenCondition335:DISCRETE(fixed = true protected = true )  \"chiPlaCon.staSetCon.cha.staChaHol2.not_u and not pre(chiPlaCon.staSetCon.cha.staChaHol2.not_u)\" type: Boolean unreplaceable
89: chiPlaCon.staSetCon.cha.staChaHol2.not_u:DISCRETE(protected = true )  \"Opposite of u\" type: Boolean
90: chiPlaCon.staSetCon.cha.and2.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
91: chiPlaCon.staSetCon.cha.staChaHol1.not_y:DISCRETE(protected = true )  \"Opposite of y\" type: Boolean
92: chiPlaCon.staSetCon.cha.staChaHol1.y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal\" type: Boolean
93: $whenCondition338:DISCRETE(fixed = true protected = true )  \"chiPlaCon.staSetCon.cha.staChaHol1.not_u and not pre(chiPlaCon.staSetCon.cha.staChaHol1.not_u)\" type: Boolean unreplaceable
94: chiPlaCon.staSetCon.cha.staChaHol1.not_u:DISCRETE(protected = true )  \"Opposite of u\" type: Boolean
95: chiPlaCon.staSetCon.cha.lat1.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
96: $whenCondition340:DISCRETE(fixed = true protected = true )  \"chiPlaCon.staSetCon.cha.lat1.clr\" type: Boolean unreplaceable
97: chiPlaCon.staSetCon.cha.lat1.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
98: chiPlaCon.staSetCon.cha.edg1.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
99: chiPlaCon.staSetCon.cha.and9.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
100: chiPlaCon.staSetCon.cha.or2.y:DISCRETE(flow=false protected = true )  \"Output with true if at least one of the inputs is true\" type: Boolean
101: chiPlaCon.staSetCon.chiInd.intToRea[1,1].y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real [2,2]
102: chiPlaCon.staSetCon.chiInd.proInt[1,1].y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer [2,2]
103: chiPlaCon.staSetCon.chiInd.intEqu1[1,1].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2,2]
104: $whenCondition150:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.nexChi.disChi[1].u\" type: Boolean unreplaceable
105: chiPlaCon.upProCon.nexChi.disChi[1].u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean [2]
106: chiPlaCon.upProCon.nexChi.falEdg[1].y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to false\" type: Boolean [2]
107: $whenCondition281:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.nexChi.enaChi[1].u\" type: Boolean unreplaceable
108: chiPlaCon.dowProCon.nexChi.enaChi[1].u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean [2]
109: chiPlaCon.dowProCon.nexChi.edg[1].y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to true\" type: Boolean [2]
110: chiPlaCon.dowProCon.nexChi.edg[1].u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean [2]
111: $whenCondition277:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.nexChi.disChi[1].u\" type: Boolean unreplaceable
112: chiPlaCon.dowProCon.nexChi.disChi[1].u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean [2]
113: chiPlaCon.dowProCon.nexChi.falEdg[1].y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to false\" type: Boolean [2]
114: chiPlaCon.dowProCon.nexChi.falEdg[1].not_u:DISCRETE(protected = true )  \"Boolean not of the input\" type: Boolean [2]
115: $whenCondition154:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.nexChi.enaChi[1].u\" type: Boolean unreplaceable
116: chiPlaCon.upProCon.nexChi.enaChi[1].u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean [2]
117: chiPlaCon.upProCon.nexChi.edg[1].y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to true\" type: Boolean [2]
118: chiPlaCon.upProCon.nexChi.edg[1].u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean [2]
119: chiPlaCon.upProCon.nexChi.falEdg[1].not_u:DISCRETE(protected = true )  \"Boolean not of the input\" type: Boolean [2]
120: chiPlaCon.staSetCon.chiInd.matMax.y[1]:VARIABLE(flow=false protected = true )  \"Output with vector of row- or colum-wise maximum of the input matrix\" type: Real [2]
121: chiPlaCon.staSetCon.chiInd.intToRea[2,1].y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real [2,2]
122: chiPlaCon.staSetCon.chiInd.proInt[2,1].y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer [2,2]
123: chiPlaCon.staSetCon.chiInd.intEqu1[2,1].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2,2]
124: $whenCondition148:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.nexChi.disChi[2].u\" type: Boolean unreplaceable
125: chiPlaCon.upProCon.nexChi.disChi[2].u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean [2]
126: chiPlaCon.upProCon.nexChi.falEdg[2].y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to false\" type: Boolean [2]
127: $whenCondition279:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.nexChi.enaChi[2].u\" type: Boolean unreplaceable
128: chiPlaCon.dowProCon.nexChi.enaChi[2].u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean [2]
129: chiPlaCon.dowProCon.nexChi.edg[2].y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to true\" type: Boolean [2]
130: chiPlaCon.dowProCon.nexChi.edg[2].u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean [2]
131: $whenCondition275:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.nexChi.disChi[2].u\" type: Boolean unreplaceable
132: chiPlaCon.dowProCon.nexChi.disChi[2].u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean [2]
133: chiPlaCon.dowProCon.nexChi.falEdg[2].y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to false\" type: Boolean [2]
134: chiPlaCon.dowProCon.nexChi.falEdg[2].not_u:DISCRETE(protected = true )  \"Boolean not of the input\" type: Boolean [2]
135: $whenCondition152:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.nexChi.enaChi[2].u\" type: Boolean unreplaceable
136: chiPlaCon.upProCon.nexChi.enaChi[2].u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean [2]
137: chiPlaCon.upProCon.nexChi.edg[2].y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to true\" type: Boolean [2]
138: chiPlaCon.upProCon.nexChi.edg[2].u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean [2]
139: chiPlaCon.upProCon.nexChi.falEdg[2].not_u:DISCRETE(protected = true )  \"Boolean not of the input\" type: Boolean [2]
140: chiPlaCon.staSetCon.chiInd.matMax.y[2]:VARIABLE(flow=false protected = true )  \"Output with vector of row- or colum-wise maximum of the input matrix\" type: Real [2]
141: chiPlaCon.staSetCon.chiInd.intToRea[2,2].y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real [2,2]
142: chiPlaCon.staSetCon.chiInd.proInt[2,2].y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer [2,2]
143: chiPlaCon.staSetCon.chiInd.intEqu1[2,2].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2,2]
144: $whenCondition146:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.nexChi.upPro.u\" type: Boolean unreplaceable
145: chiPlaCon.upProCon.nexChi.upPro.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
146: chiPlaCon.upProCon.intEqu.y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean
147: $whenCondition271:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.nexChi.dowPro.u\" type: Boolean unreplaceable
148: chiPlaCon.dowProCon.nexChi.dowPro.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
149: $whenCondition259:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.chiDemRed.lat.clr\" type: Boolean unreplaceable
150: chiPlaCon.dowProCon.dowSta.chiDemRed.lat.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
151: chiPlaCon.dowProCon.dowSta.chiDemRed.upFroZer.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
152: $whenCondition263:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.chiDemRed.edg.u\" type: Boolean unreplaceable
153: $whenCondition262:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.chiDemRed.edg.u and time >= chiPlaCon.dowProCon.dowSta.chiDemRed.tim.t + pre(chiPlaCon.dowProCon.dowSta.chiDemRed.tim.entryTime)\" type: Boolean unreplaceable
154: chiPlaCon.dowProCon.dowSta.chiDemRed.tim.passed:DISCRETE(flow=false protected = true )  \"Output with true if the elapsed time is greater than threshold\" type: Boolean
155: $whenCondition261:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.dowProCon.dowSta.chiDemRed.edg.u\" type: Boolean unreplaceable
156: chiPlaCon.dowProCon.dowSta.chiDemRed.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
157: chiPlaCon.dowProCon.dowSta.minChiWatSet.swi11[2].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
158: chiPlaCon.dowProCon.dowSta.minChiWatSet.swi12[2].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
159: chiPlaCon.dowProCon.dowSta.minChiWatSet.greEquThr[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
160: chiPlaCon.dowProCon.dowSta.minChiWatSet.triSam[2].y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real [2]
161: chiPlaCon.dowProCon.dowSta.minChiWatSet.mulSum3.y:VARIABLE(flow=false protected = true )  \"Sum of inputs times gains\" type: Real
162: chiPlaCon.dowProCon.dowSta.minChiWatSet.swi11[1].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
163: chiPlaCon.dowProCon.dowSta.minChiWatSet.oneLeSet.a:VARIABLE(protected = true )  \"Intercept\" type: Real
164: chiPlaCon.dowProCon.dowSta.minChiWatSet.oneMorSet1.a:VARIABLE(protected = true )  \"Intercept\" type: Real
165: chiPlaCon.dowProCon.dowSta.minChiWatSet.pro4.y:VARIABLE(flow=false protected = true )  \"Product of the inputs\" type: Real
166: chiPlaCon.dowProCon.dowSta.minChiWatSet.multiMax5.y:VARIABLE(flow=false protected = true )  \"Largest element of the input vector\" type: Real
167: chiPlaCon.dowProCon.dowSta.minChiWatSet.swi12[1].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
168: chiPlaCon.dowProCon.dowSta.minChiWatSet.greEquThr[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
169: chiPlaCon.dowProCon.dowSta.minChiWatSet.triSam[1].y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real [2]
170: $whenCondition212:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.dowProCon.dowSta.minChiWatSet.endSta.not_u\" type: Boolean unreplaceable
171: chiPlaCon.dowProCon.dowSta.minChiWatSet.endSta.not_u:DISCRETE(protected = true )  \"Boolean not of the input\" type: Boolean
172: $whenCondition255:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.minBypRes.lat.clr\" type: Boolean unreplaceable
173: chiPlaCon.dowProCon.dowSta.minBypRes.lat.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
174: chiPlaCon.dowProCon.dowSta.minBypRes.edg1.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
175: $whenCondition253:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.minBypRes.lat1.clr\" type: Boolean unreplaceable
176: chiPlaCon.dowProCon.dowSta.minBypRes.lat1.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
177: chiPlaCon.dowProCon.dowSta.minBypRes.edg3.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
178: $whenCondition246:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.clr\" type: Boolean unreplaceable
179: chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
180: $whenCondition235:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.u\" type: Boolean unreplaceable
181: $whenCondition236:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat2.clr\" type: Boolean unreplaceable
182: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat2.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
183: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal after it switched to true\" type: Boolean
184: $whenCondition234:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.u\" type: Boolean unreplaceable
185: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.truDel.u:DISCRETE(flow=false protected = true )  \"Input signal to be delayed when it switches to true\" type: Boolean
186: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat3.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
187: $whenCondition231:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat3.clr\" type: Boolean unreplaceable
188: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat3.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
189: $whenCondition240:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.clr\" type: Boolean unreplaceable
190: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
191: chiPlaCon.dowProCon.dowSta.disChi.greEquThr1[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
192: chiPlaCon.dowProCon.dowSta.disChi.triSam1[2].y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real [2]
193: chiPlaCon.dowProCon.dowSta.disChi.greEquThr1[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
194: chiPlaCon.dowProCon.dowSta.disChi.triSam1[1].y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real [2]
195: $whenCondition216:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.disChi.booRep5.y[2]\" type: Boolean unreplaceable
196: chiPlaCon.dowProCon.dowSta.disChi.booRep5.y[2]:DISCRETE(flow=false protected = true )  \"Output with replicated input signal\" type: Boolean [2]
197: chiPlaCon.dowProCon.dowSta.disChi.edg1.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
198: $whenCondition186:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.disChiIsoVal.lat3.clr\" type: Boolean unreplaceable
199: chiPlaCon.dowProCon.disChiIsoVal.lat3.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
200: $whenCondition195:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.disChiIsoVal.lat.clr\" type: Boolean unreplaceable
201: chiPlaCon.dowProCon.disChiIsoVal.lat.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
202: $whenCondition16:DISCRETE(fixed = true protected = true )  \"chiPlaCon.chiStaUp.clr\" type: Boolean unreplaceable
203: chiPlaCon.chiStaUp.clr:DISCRETE(flow=false )  \"Clear input\" type: Boolean
204: chiPlaCon.dowProCon.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
205: $whenCondition162:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.lat.u\" type: Boolean unreplaceable
206: chiPlaCon.dowProCon.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
207: chiPlaCon.dowProCon.cha.u:DISCRETE(flow=false start = chiPlaCon.dowProCon.cha.pre_u_start fixed = true protected = true )  \"Integer to be monitored for a change in value\" type: Integer
208: chiPlaCon.upProCon.and1.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
209: chiPlaCon.upProCon.chiDemRed.upFroZer.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
210: chiPlaCon.wseSta.wsePum.resSpe.truHol.not_u:DISCRETE(protected = true )  \"Opposite of u\" type: Boolean
211: chiPlaCon.upProCon.nexChi.proInt[1].y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer [2]
212: chiPlaCon.upProCon.nexChi.booToInt[1].y:DISCRETE(flow=false protected = true )  \"Converted input signal as an Integer\" type: Integer [2]
213: chiPlaCon.upProCon.nexChi.enaChi[1].y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean [2]
214: $whenCondition153:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.nexChi.enaChi[1].clr\" type: Boolean unreplaceable
215: chiPlaCon.upProCon.nexChi.enaChi[1].clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean [2]
216: chiPlaCon.upProCon.nexChi.proInt1[1].y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer [2]
217: chiPlaCon.upProCon.nexChi.booToInt1[1].y:DISCRETE(flow=false protected = true )  \"Converted input signal as an Integer\" type: Integer [2]
218: chiPlaCon.upProCon.nexChi.disChi[1].y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean [2]
219: $whenCondition149:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.nexChi.disChi[1].clr\" type: Boolean unreplaceable
220: chiPlaCon.upProCon.nexChi.disChi[1].clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean [2]
221: chiPlaCon.dowProCon.nexChi.booToInt4.y:DISCRETE(flow=false protected = true )  \"Converted input signal as an Integer\" type: Integer
222: chiPlaCon.dowProCon.nexChi.dowPro.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
223: $whenCondition270:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.nexChi.dowPro.clr\" type: Boolean unreplaceable
224: chiPlaCon.dowProCon.nexChi.dowPro.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
225: chiPlaCon.dowProCon.nexChi.proInt[2].y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer [2]
226: chiPlaCon.dowProCon.nexChi.booToInt[2].y:DISCRETE(flow=false protected = true )  \"Converted input signal as an Integer\" type: Integer [2]
227: chiPlaCon.dowProCon.nexChi.enaChi[2].y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean [2]
228: $whenCondition278:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.nexChi.enaChi[2].clr\" type: Boolean unreplaceable
229: chiPlaCon.dowProCon.nexChi.enaChi[2].clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean [2]
230: chiPlaCon.dowProCon.nexChi.proInt1[2].y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer [2]
231: chiPlaCon.dowProCon.nexChi.booToInt1[2].y:DISCRETE(flow=false protected = true )  \"Converted input signal as an Integer\" type: Integer [2]
232: chiPlaCon.dowProCon.nexChi.disChi[2].y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean [2]
233: $whenCondition274:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.nexChi.disChi[2].clr\" type: Boolean unreplaceable
234: chiPlaCon.dowProCon.nexChi.disChi[2].clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean [2]
235: chiPlaCon.dowProCon.nexChi.enaChiInd.y:DISCRETE(flow=false protected = true )  \"Sum of inputs multiplied by the gain\" type: Integer
236: chiPlaCon.dowProCon.nexChi.proInt[1].y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer [2]
237: chiPlaCon.dowProCon.nexChi.booToInt[1].y:DISCRETE(flow=false protected = true )  \"Converted input signal as an Integer\" type: Integer [2]
238: chiPlaCon.dowProCon.nexChi.anyEnaChi.uTemp[2]:DISCRETE(protected = true )  \"Temporary variable\" type: Boolean [2]
239: chiPlaCon.dowProCon.nexChi.enaChi[1].y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean [2]
240: $whenCondition280:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.nexChi.enaChi[1].clr\" type: Boolean unreplaceable
241: chiPlaCon.dowProCon.nexChi.enaChi[1].clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean [2]
242: chiPlaCon.dowProCon.and6.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
243: chiPlaCon.dowProCon.lesEquThr.y:DISCRETE(flow=false protected = true )  \"Outputs true if u is less than the threshold with hysteresis\" type: Boolean
244: chiPlaCon.dowProCon.curDisChi.y:VARIABLE(flow=false protected = true )  \"Real signal extracted from input vector, u[index]\" type: Real
245: chiPlaCon.dowProCon.dowSta.disChi.logSwi6[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
246: chiPlaCon.dowProCon.dowSta.disChi.logSwi3[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
247: chiPlaCon.dowProCon.dowSta.disChi.and4[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean [2]
248: chiPlaCon.dowProCon.dowSta.disChi.intEqu1[1].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
249: chiPlaCon.dowProCon.dowSta.disChi.logSwi6[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
250: chiPlaCon.dowProCon.dowSta.disChi.logSwi3[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
251: chiPlaCon.dowProCon.dowSta.disChi.and4[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean [2]
252: chiPlaCon.dowProCon.dowSta.disChi.intEqu1[2].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
253: chiPlaCon.dowProCon.dowSta.minChiWatSet.swi3[1].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
254: chiPlaCon.dowProCon.dowSta.minChiWatSet.swi4[1].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
255: chiPlaCon.dowProCon.dowSta.minChiWatSet.xor[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 xor u2\" type: Boolean [2]
256: chiPlaCon.dowProCon.dowSta.minChiWatSet.intEqu[1].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
257: chiPlaCon.dowProCon.dowSta.minChiWatSet.multiMax2.y:VARIABLE(flow=false protected = true )  \"Largest element of the input vector\" type: Real
258: chiPlaCon.dowProCon.dowSta.minChiWatSet.swi3[2].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
259: chiPlaCon.dowProCon.dowSta.minChiWatSet.oneLeSet.y:VARIABLE(flow=false protected = true )  \"Output with f(x) along the line specified by (x1, f1) and (x2, f2)\" type: Real
260: chiPlaCon.dowProCon.dowSta.minChiWatSet.oneLeSet.b:VARIABLE(protected = true )  \"Slope\" type: Real
261: chiPlaCon.dowProCon.dowSta.minChiWatSet.pro2.y:VARIABLE(flow=false protected = true )  \"Product of the inputs\" type: Real
262: chiPlaCon.dowProCon.dowSta.minChiWatSet.mulSum1.y:VARIABLE(flow=false protected = true )  \"Sum of inputs times gains\" type: Real
263: chiPlaCon.dowProCon.dowSta.minChiWatSet.swi4[2].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
264: chiPlaCon.dowProCon.dowSta.minChiWatSet.xor[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 xor u2\" type: Boolean [2]
265: chiPlaCon.dowProCon.dowSta.minChiWatSet.intEqu[2].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
266: chiPlaCon.dowProCon.minChiWatFlo.intRep.y[2]:DISCRETE(flow=false protected = true )  \"Output with replicated input signal\" type: Integer [2]
267: chiPlaCon.dowProCon.nexChi.proInt5.y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer
268: chiPlaCon.dowProCon.nexChi.disChiInd.y:DISCRETE(flow=false protected = true )  \"Sum of inputs multiplied by the gain\" type: Integer
269: chiPlaCon.dowProCon.nexChi.proInt1[1].y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer [2]
270: chiPlaCon.dowProCon.nexChi.booToInt1[1].y:DISCRETE(flow=false protected = true )  \"Converted input signal as an Integer\" type: Integer [2]
271: chiPlaCon.dowProCon.dowSta.disChi.intEqu[1].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
272: chiPlaCon.dowProCon.dowSta.disChi.intEqu[2].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
273: chiPlaCon.dowProCon.dowSta.minChiWatSet.intGreEquThr.y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater or equal than the threshold\" type: Boolean
274: chiPlaCon.dowProCon.dowSta.minChiWatSet.reaScaRep.y[3]:VARIABLE(flow=false protected = true )  \"Output with replicated input signal\" type: Real [3]
275: chiPlaCon.dowProCon.dowSta.minChiWatSet.and5.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
276: chiPlaCon.dowProCon.dowSta.minChiWatSet.intLesEquThr.y:DISCRETE(flow=false protected = true )  \"Outputs true if u is less or equal than the threshold\" type: Boolean
277: chiPlaCon.dowProCon.dowSta.minChiWatSet.max.y:VARIABLE(flow=false protected = true )  \"Maximum of the inputs\" type: Real
278: chiPlaCon.dowProCon.dowSta.minChiWatSet.mul1[1].y:VARIABLE(flow=false protected = true )  \"Product of the inputs\" type: Real [2]
279: chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiRat.y:VARIABLE(flow=false protected = true )  \"Real signal extracted from input vector, u[index]\" type: Real
280: chiPlaCon.dowProCon.dowSta.minChiWatSet.oneMorSet1.b:VARIABLE(protected = true )  \"Slope\" type: Real
281: chiPlaCon.dowProCon.dowSta.minChiWatSet.pro1.y:VARIABLE(flow=false protected = true )  \"Product of the inputs\" type: Real
282: chiPlaCon.dowProCon.dowSta.minChiWatSet.add2.y:VARIABLE(flow=false protected = true )  \"Sum of the inputs\" type: Real
283: chiPlaCon.dowProCon.dowSta.minChiWatSet.mul1[2].y:VARIABLE(flow=false protected = true )  \"Product of the inputs\" type: Real [2]
284: chiPlaCon.dowProCon.dowSta.minChiWatSet.nexChiMaxFlo.y:VARIABLE(flow=false protected = true )  \"Real signal extracted from input vector, u[index]\" type: Real
285: chiPlaCon.dowProCon.dowSta.minChiWatSet.intSwi.y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Integer
286: chiPlaCon.dowProCon.dowSta.nexEnaChi:DISCRETE(flow=false protected = true )  \"Index of next enabling chiller\" type: Integer
287: chiPlaCon.dowProCon.nexChi.proInt7.y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer
288: chiPlaCon.dowProCon.nexChi.proInt6.y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer
289: chiPlaCon.dowProCon.nexChi.booToInt2.y:DISCRETE(flow=false protected = true )  \"Converted input signal as an Integer\" type: Integer
290: chiPlaCon.dowProCon.booRep1.y[2]:DISCRETE(flow=false protected = true )  \"Output with replicated input signal\" type: Boolean [2]
291: chiPlaCon.dowProCon.nexChi.anyDisChi.uTemp[2]:DISCRETE(protected = true )  \"Temporary variable\" type: Boolean [2]
292: chiPlaCon.dowProCon.nexChi.disChi[1].y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean [2]
293: $whenCondition276:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.nexChi.disChi[1].clr\" type: Boolean unreplaceable
294: chiPlaCon.dowProCon.nexChi.disChi[1].clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean [2]
295: chiPlaCon.upProCon.nexChi.booToInt3.y:DISCRETE(flow=false protected = true )  \"Converted input signal as an Integer\" type: Integer
296: chiPlaCon.upProCon.nexChi.upPro.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
297: $whenCondition145:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.nexChi.upPro.clr\" type: Boolean unreplaceable
298: chiPlaCon.upProCon.nexChi.upPro.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
299: chiPlaCon.upProCon.nexChi.disChiInd.y:DISCRETE(flow=false protected = true )  \"Sum of inputs multiplied by the gain\" type: Integer
300: chiPlaCon.upProCon.nexChi.proInt1[2].y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer [2]
301: chiPlaCon.upProCon.nexChi.booToInt1[2].y:DISCRETE(flow=false protected = true )  \"Converted input signal as an Integer\" type: Integer [2]
302: chiPlaCon.upProCon.nexChi.anyDisChi.uTemp[2]:DISCRETE(protected = true )  \"Temporary variable\" type: Boolean [2]
303: chiPlaCon.upProCon.nexChi.disChi[2].y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean [2]
304: $whenCondition147:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.nexChi.disChi[2].clr\" type: Boolean unreplaceable
305: chiPlaCon.upProCon.nexChi.disChi[2].clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean [2]
306: chiPlaCon.upProCon.minChiWatFlo.intGreEquThr.y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater or equal than the threshold\" type: Boolean
307: chiPlaCon.upProCon.minChiWatFlo.reaScaRep.y[3]:VARIABLE(flow=false protected = true )  \"Output with replicated input signal\" type: Real [3]
308: chiPlaCon.upProCon.minChiWatFlo.and5.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
309: chiPlaCon.upProCon.minChiWatFlo.intLesEquThr.y:DISCRETE(flow=false protected = true )  \"Outputs true if u is less or equal than the threshold\" type: Boolean
310: chiPlaCon.upProCon.minChiWatFlo.mul1[1].y:VARIABLE(flow=false protected = true )  \"Product of the inputs\" type: Real [2]
311: chiPlaCon.upProCon.minChiWatFlo.nexChiRat.y:VARIABLE(flow=false protected = true )  \"Real signal extracted from input vector, u[index]\" type: Real
312: chiPlaCon.upProCon.minChiWatFlo.mul1[2].y:VARIABLE(flow=false protected = true )  \"Product of the inputs\" type: Real [2]
313: chiPlaCon.upProCon.minChiWatFlo.nexChiMaxFlo.y:VARIABLE(flow=false protected = true )  \"Real signal extracted from input vector, u[index]\" type: Real
314: chiPlaCon.upProCon.minChiWatFlo.intSwi.y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Integer
315: chiPlaCon.upProCon.endUp.enaChi.intEqu[1].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
316: chiPlaCon.upProCon.endUp.enaChi.intEqu[2].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
317: chiPlaCon.upProCon.endUp.nexEnaChi:DISCRETE(flow=false protected = true )  \"Index of next enabling chiller\" type: Integer
318: chiPlaCon.upProCon.nexChi.proInt2.y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer
319: chiPlaCon.upProCon.nexChi.enaChiInd.y:DISCRETE(flow=false protected = true )  \"Sum of inputs multiplied by the gain\" type: Integer
320: chiPlaCon.upProCon.nexChi.proInt[2].y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer [2]
321: chiPlaCon.upProCon.nexChi.booToInt[2].y:DISCRETE(flow=false protected = true )  \"Converted input signal as an Integer\" type: Integer [2]
322: chiPlaCon.upProCon.minChiWatFlo.intEqu[1].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
323: chiPlaCon.upProCon.minChiWatFlo.intEqu[2].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
324: chiPlaCon.upProCon.endUp.enaChi.intEqu1[1].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
325: chiPlaCon.upProCon.endUp.enaChi.intEqu1[2].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
326: chiPlaCon.upProCon.endUp.intLesEquThr.y:DISCRETE(flow=false protected = true )  \"Outputs true if u is less or equal than the threshold\" type: Boolean
327: chiPlaCon.upProCon.endUp.and2.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
328: chiPlaCon.upProCon.endUp.intGreEquThr.y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater or equal than the threshold\" type: Boolean
329: chiPlaCon.upProCon.endUp.and1.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
330: chiPlaCon.upProCon.endUp.not1.y:DISCRETE(flow=false protected = true )  \"Output with negated input\" type: Boolean
331: $cse36:DISCRETE(protected = true )  type: Integer unreplaceable
332: $cse37:DISCRETE(protected = true )  type: Integer unreplaceable
333: chiPlaCon.upProCon.endUp.intSwi.y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Integer
334: chiPlaCon.upProCon.endUp.nexDisChi:DISCRETE(flow=false protected = true )  \"Next disabling chiller when there is any stage up that need one chiller on and another off\" type: Integer
335: chiPlaCon.upProCon.nexChi.proInt4.y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer
336: chiPlaCon.upProCon.nexChi.proInt3.y:DISCRETE(flow=false protected = true )  \"Product of the inputs\" type: Integer
337: chiPlaCon.upProCon.nexChi.booToInt2.y:DISCRETE(flow=false protected = true )  \"Converted input signal as an Integer\" type: Integer
338: chiPlaCon.upProCon.endUp.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
339: chiPlaCon.upProCon.nexChi.anyEnaChi.uTemp[2]:DISCRETE(protected = true )  \"Temporary variable\" type: Boolean [2]
340: chiPlaCon.upProCon.nexChi.enaChi[2].y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean [2]
341: $whenCondition151:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.nexChi.enaChi[2].clr\" type: Boolean unreplaceable
342: chiPlaCon.upProCon.nexChi.enaChi[2].clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean [2]
343: chiPlaCon.endStaPro.not_u:DISCRETE(protected = true )  \"Boolean not of the input\" type: Boolean
344: chiPlaCon.upProCon.minChiWatFlo.swi3[2].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
345: chiPlaCon.upProCon.minChiWatFlo.swi4[2].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
346: chiPlaCon.upProCon.minChiWatFlo.xor[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 xor u2\" type: Boolean [2]
347: chiPlaCon.upProCon.minChiWatFlo.swi11[2].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
348: chiPlaCon.upProCon.minChiWatFlo.swi12[2].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
349: chiPlaCon.upProCon.minChiWatFlo.greEquThr[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
350: chiPlaCon.upProCon.minChiWatFlo.triSam[2].y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real [2]
351: chiPlaCon.upProCon.minChiWatFlo.multiMax2.y:VARIABLE(flow=false protected = true )  \"Largest element of the input vector\" type: Real
352: chiPlaCon.upProCon.minChiWatFlo.swi3[1].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
353: chiPlaCon.upProCon.minChiWatFlo.pro2.y:VARIABLE(flow=false protected = true )  \"Product of the inputs\" type: Real
354: chiPlaCon.upProCon.minChiWatFlo.mulSum1.y:VARIABLE(flow=false protected = true )  \"Sum of inputs times gains\" type: Real
355: chiPlaCon.upProCon.minChiWatFlo.swi4[1].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
356: chiPlaCon.upProCon.minChiWatFlo.xor[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 xor u2\" type: Boolean [2]
357: chiPlaCon.upProCon.minChiWatFlo.add2.y:VARIABLE(flow=false protected = true )  \"Sum of the inputs\" type: Real
358: chiPlaCon.upProCon.minChiWatFlo.mulSum3.y:VARIABLE(flow=false protected = true )  \"Sum of inputs times gains\" type: Real
359: chiPlaCon.upProCon.minChiWatFlo.swi11[1].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
360: chiPlaCon.upProCon.minChiWatFlo.oneMorSet.a:VARIABLE(protected = true )  \"Intercept\" type: Real
361: chiPlaCon.upProCon.minChiWatFlo.oneLeSet.b:VARIABLE(protected = true )  \"Slope\" type: Real
362: chiPlaCon.upProCon.minChiWatFlo.oneLeSet.y:VARIABLE(flow=false protected = true )  \"Output with f(x) along the line specified by (x1, f1) and (x2, f2)\" type: Real
363: chiPlaCon.upProCon.minChiWatFlo.oneLeSet.a:VARIABLE(protected = true )  \"Intercept\" type: Real
364: chiPlaCon.upProCon.minChiWatFlo.oneMorSet1.a:VARIABLE(protected = true )  \"Intercept\" type: Real
365: chiPlaCon.upProCon.minChiWatFlo.pro4.y:VARIABLE(flow=false protected = true )  \"Product of the inputs\" type: Real
366: chiPlaCon.upProCon.minChiWatFlo.oneMorSet.b:VARIABLE(protected = true )  \"Slope\" type: Real
367: chiPlaCon.upProCon.minChiWatFlo.oneMorSet1.y:VARIABLE(flow=false protected = true )  \"Output with f(x) along the line specified by (x1, f1) and (x2, f2)\" type: Real
368: chiPlaCon.upProCon.minChiWatFlo.oneMorSet1.b:VARIABLE(protected = true )  \"Slope\" type: Real
369: chiPlaCon.upProCon.minChiWatFlo.pro1.y:VARIABLE(flow=false protected = true )  \"Product of the inputs\" type: Real
370: chiPlaCon.upProCon.minChiWatFlo.max.y:VARIABLE(flow=false protected = true )  \"Maximum of the inputs\" type: Real
371: chiPlaCon.upProCon.minChiWatFlo.multiMax5.y:VARIABLE(flow=false protected = true )  \"Largest element of the input vector\" type: Real
372: chiPlaCon.upProCon.minChiWatFlo.swi12[1].y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real [2]
373: chiPlaCon.upProCon.minChiWatFlo.greEquThr[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
374: chiPlaCon.upProCon.minChiWatFlo.triSam[1].y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real [2]
375: $whenCondition129:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.upProCon.minChiWatFlo.endSta.not_u\" type: Boolean unreplaceable
376: chiPlaCon.upProCon.minChiWatFlo.endSta.not_u:DISCRETE(protected = true )  \"Boolean not of the input\" type: Boolean
377: $whenCondition133:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.chiDemRed.lat.clr\" type: Boolean unreplaceable
378: chiPlaCon.upProCon.chiDemRed.lat.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
379: chiPlaCon.upProCon.chiDemRed.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
380: $whenCondition121:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.minBypSet.lat.clr\" type: Boolean unreplaceable
381: chiPlaCon.upProCon.minBypSet.lat.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
382: chiPlaCon.upProCon.minBypSet.edg1.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
383: $whenCondition119:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.minBypSet.lat1.clr\" type: Boolean unreplaceable
384: chiPlaCon.upProCon.minBypSet.lat1.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
385: chiPlaCon.upProCon.minBypSet.edg3.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
386: $whenCondition112:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.enaHeaCon.lat.clr\" type: Boolean unreplaceable
387: chiPlaCon.upProCon.enaHeaCon.lat.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
388: $whenCondition101:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.enaChiIsoVal.truDel.u\" type: Boolean unreplaceable
389: $whenCondition102:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.enaChiIsoVal.lat2.clr\" type: Boolean unreplaceable
390: chiPlaCon.upProCon.enaChiIsoVal.lat2.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
391: chiPlaCon.upProCon.enaChiIsoVal.truDel.y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal after it switched to true\" type: Boolean
392: $whenCondition100:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.upProCon.enaChiIsoVal.truDel.u\" type: Boolean unreplaceable
393: chiPlaCon.upProCon.enaChiIsoVal.truDel.u:DISCRETE(flow=false protected = true )  \"Input signal to be delayed when it switches to true\" type: Boolean
394: chiPlaCon.upProCon.enaChiIsoVal.lat3.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
395: $whenCondition97:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.enaChiIsoVal.lat3.clr\" type: Boolean unreplaceable
396: chiPlaCon.upProCon.enaChiIsoVal.lat3.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
397: $whenCondition106:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.enaChiIsoVal.lat.clr\" type: Boolean unreplaceable
398: chiPlaCon.upProCon.enaChiIsoVal.lat.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
399: chiPlaCon.upProCon.endUp.disChiIsoVal.lat3.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
400: $whenCondition69:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.endUp.disChiIsoVal.lat3.clr\" type: Boolean unreplaceable
401: chiPlaCon.upProCon.endUp.disChiIsoVal.lat3.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
402: $whenCondition78:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.endUp.disChiIsoVal.lat.clr\" type: Boolean unreplaceable
403: chiPlaCon.upProCon.endUp.disChiIsoVal.lat.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
404: chiPlaCon.chiStaUp.y:DISCRETE(flow=false )  \"Output with latched signal\" type: Boolean
405: $whenCondition17:DISCRETE(fixed = true protected = true )  \"chiPlaCon.chiStaUp.u\" type: Boolean unreplaceable
406: chiPlaCon.chiStaUp.u:DISCRETE(flow=false )  \"Latch input\" type: Boolean
407: chiPlaCon.upProCon.endUp.enaChi.logSwi3[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
408: chiPlaCon.upProCon.endUp.enaChi.greEquThr[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
409: chiPlaCon.upProCon.endUp.enaChi.triSam[2].y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real [2]
410: chiPlaCon.upProCon.endUp.enaChi.logSwi3[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
411: chiPlaCon.upProCon.endUp.enaChi.greEquThr[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
412: chiPlaCon.upProCon.endUp.enaChi.triSam[1].y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real [2]
413: $whenCondition83:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.lat.y\" type: Boolean unreplaceable
414: $whenCondition136:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.lat.y and time >= chiPlaCon.upProCon.chiDemRed.tim.t + pre(chiPlaCon.upProCon.chiDemRed.tim.entryTime)\" type: Boolean unreplaceable
415: $whenCondition127:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.minChiWatFlo.lat.clr\" type: Boolean unreplaceable
416: chiPlaCon.upProCon.minChiWatFlo.lat.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
417: chiPlaCon.upProCon.minChiWatFlo.staChaSet.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
418: $whenCondition132:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.minChiWatFlo.and1.y\" type: Boolean unreplaceable
419: $whenCondition131:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.minChiWatFlo.and1.y and time >= chiPlaCon.upProCon.minChiWatFlo.tim.t + pre(chiPlaCon.upProCon.minChiWatFlo.tim.entryTime)\" type: Boolean unreplaceable
420: chiPlaCon.upProCon.minChiWatFlo.byPasSet2.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
421: chiPlaCon.upProCon.minChiWatFlo.upSet.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
422: chiPlaCon.upProCon.minChiWatFlo.oneMorSet.y:VARIABLE(flow=false protected = true )  \"Output with f(x) along the line specified by (x1, f1) and (x2, f2)\" type: Real
423: chiPlaCon.upProCon.minChiWatFlo.oneMorSet.xLim:VARIABLE(protected = true )  \"Input value after applying the limits\" type: Real
424: $cse31:VARIABLE(protected = true )  type: Real unreplaceable
425: chiPlaCon.upProCon.minChiWatFlo.tim.y:VARIABLE(flow=false unit = \"s\" protected = true )  \"Elapsed time\" type: Real
426: chiPlaCon.upProCon.minChiWatFlo.tim.entryTime:DISCRETE(unit = \"s\" protected = true )  \"Time instant when u became true\" type: Real
427: chiPlaCon.upProCon.minChiWatFlo.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
428: $whenCondition128:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.minChiWatFlo.lat.u\" type: Boolean unreplaceable
429: chiPlaCon.upProCon.minChiWatFlo.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
430: chiPlaCon.upProCon.minChiWatFlo.staChaSet1.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
431: chiPlaCon.upProCon.minChiWatFlo.edg.y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to true\" type: Boolean
432: chiPlaCon.upProCon.minChiWatFlo.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
433: chiPlaCon.upProCon.minChiWatFlo.tim.passed:DISCRETE(flow=false protected = true )  \"Output with true if the elapsed time is greater than threshold\" type: Boolean
434: $whenCondition130:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.upProCon.minChiWatFlo.and1.y\" type: Boolean unreplaceable
435: chiPlaCon.upProCon.minChiWatFlo.and1.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
436: chiPlaCon.upProCon.minBypSet.nonZer.y:VARIABLE(flow=false protected = true )  \"Maximum of the inputs\" type: Real
437: chiPlaCon.upProCon.minChiWatFlo.yChiWatMinFloSet:VARIABLE(flow=false min = 0.0 unit = \"m3/s\" protected = true )  \"Chilled water minimum flow setpoint\" type: Real
438: chiPlaCon.upProCon.minChiWatFlo.chaSet.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
439: chiPlaCon.upProCon.minChiWatFlo.dowSet.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
440: chiPlaCon.upProCon.minChiWatFlo.byPasSet4.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
441: $whenCondition118:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.minBypSet.truDel.u\" type: Boolean unreplaceable
442: $whenCondition115:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.enaHeaCon.lat.y\" type: Boolean unreplaceable
443: $whenCondition114:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.enaHeaCon.lat.y and time >= chiPlaCon.upProCon.enaHeaCon.tim.t + pre(chiPlaCon.upProCon.enaHeaCon.tim.entryTime)\" type: Boolean unreplaceable
444: chiPlaCon.upProCon.enaHeaCon.greThr1.y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean
445: chiPlaCon.upProCon.enaHeaCon.tim.y:VARIABLE(flow=false unit = \"s\" protected = true )  \"Elapsed time\" type: Real
446: chiPlaCon.upProCon.enaHeaCon.tim.entryTime:DISCRETE(unit = \"s\" protected = true )  \"Time instant when u became true\" type: Real
447: $whenCondition113:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.upProCon.enaHeaCon.lat.y\" type: Boolean unreplaceable
448: chiPlaCon.upProCon.enaHeaCon.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
449: $whenCondition111:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.enaHeaCon.lat.u\" type: Boolean unreplaceable
450: chiPlaCon.upProCon.enaHeaCon.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
451: chiPlaCon.upProCon.enaHeaCon.edg.y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to true\" type: Boolean
452: chiPlaCon.upProCon.enaChiIsoVal.y1ChiWatIsoVal[1]:DISCRETE(flow=false protected = true )  \"Chiller chilled water isolation valve command\" type: Boolean [2]
453: chiPlaCon.upProCon.enaChiIsoVal.greThr[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
454: chiPlaCon.upProCon.enaChiIsoVal.abs1[1].y:VARIABLE(flow=false protected = true )  \"Absolute value of the input\" type: Real [2]
455: chiPlaCon.upProCon.enaChiIsoVal.sub[1].y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real [2]
456: chiPlaCon.upProCon.enaChiIsoVal.booToRea[1].y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real [2]
457: chiPlaCon.upProCon.enaChiIsoVal.intEqu[1].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
458: chiPlaCon.upProCon.enaChiIsoVal.y1ChiWatIsoVal[2]:DISCRETE(flow=false protected = true )  \"Chiller chilled water isolation valve command\" type: Boolean [2]
459: chiPlaCon.upProCon.enaChiIsoVal.greThr[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
460: chiPlaCon.upProCon.enaChiIsoVal.abs1[2].y:VARIABLE(flow=false protected = true )  \"Absolute value of the input\" type: Real [2]
461: chiPlaCon.upProCon.enaChiIsoVal.sub[2].y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real [2]
462: chiPlaCon.upProCon.enaChiIsoVal.booToRea[2].y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real [2]
463: chiPlaCon.upProCon.enaChiIsoVal.intEqu[2].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
464: chiPlaCon.upProCon.enaChiIsoVal.intRep.y[2]:DISCRETE(flow=false protected = true )  \"Output with replicated input signal\" type: Integer [2]
465: $whenCondition110:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.enaChiIsoVal.lat.y\" type: Boolean unreplaceable
466: $whenCondition109:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.enaChiIsoVal.lat.y and time >= chiPlaCon.upProCon.enaChiIsoVal.tim.t + pre(chiPlaCon.upProCon.enaChiIsoVal.tim.entryTime)\" type: Boolean unreplaceable
467: chiPlaCon.upProCon.endUp.enaChi.logSwi[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
468: chiPlaCon.upProCon.endUp.enaChi.and1[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean [2]
469: chiPlaCon.upProCon.endUp.enaChi.logSwi[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
470: chiPlaCon.upProCon.endUp.enaChi.and1[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean [2]
471: $whenCondition86:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.endUp.enaChi.booRep.y[2]\" type: Boolean unreplaceable
472: $whenCondition85:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.endUp.enaChi.booRep.y[2] and time >= chiPlaCon.upProCon.endUp.enaChi.tim.t + pre(chiPlaCon.upProCon.endUp.enaChi.tim.entryTime)\" type: Boolean unreplaceable
473: chiPlaCon.upProCon.endUp.enaChi.logSwi1[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
474: chiPlaCon.upProCon.endUp.enaChi.and3[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean [2]
475: chiPlaCon.upProCon.endUp.enaChi.logSwi1[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
476: chiPlaCon.upProCon.endUp.enaChi.and3[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean [2]
477: $whenCondition34:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.endUp.chiStaHol[1].u and not pre(chiPlaCon.upProCon.endUp.chiStaHol[1].u)\" type: Boolean unreplaceable
478: chiPlaCon.upProCon.endUp.chiStaHol[1].u:DISCRETE(flow=false protected = true )  \"Input signal that is to be delayed\" type: Boolean [2]
479: chiPlaCon.upProCon.endUp.chiStaHol[1].not_y:DISCRETE(protected = true )  \"Opposite of y\" type: Boolean [2]
480: chiPlaCon.upProCon.endUp.chiStaHol[1].y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal\" type: Boolean [2]
481: $whenCondition35:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.endUp.chiStaHol[1].not_u and not pre(chiPlaCon.upProCon.endUp.chiStaHol[1].not_u)\" type: Boolean unreplaceable
482: chiPlaCon.upProCon.endUp.chiStaHol[1].not_u:DISCRETE(protected = true )  \"Opposite of u\" type: Boolean [2]
483: $whenCondition31:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.endUp.chiStaHol[2].u and not pre(chiPlaCon.upProCon.endUp.chiStaHol[2].u)\" type: Boolean unreplaceable
484: chiPlaCon.upProCon.endUp.chiStaHol[2].u:DISCRETE(flow=false protected = true )  \"Input signal that is to be delayed\" type: Boolean [2]
485: chiPlaCon.upProCon.endUp.chiStaHol[2].not_y:DISCRETE(protected = true )  \"Opposite of y\" type: Boolean [2]
486: chiPlaCon.upProCon.endUp.chiStaHol[2].y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal\" type: Boolean [2]
487: $whenCondition32:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.endUp.chiStaHol[2].not_u and not pre(chiPlaCon.upProCon.endUp.chiStaHol[2].not_u)\" type: Boolean unreplaceable
488: chiPlaCon.upProCon.endUp.chiStaHol[2].not_u:DISCRETE(protected = true )  \"Opposite of u\" type: Boolean [2]
489: chiPlaCon.upProCon.endUp.enaChi.booRep3.y[2]:DISCRETE(flow=false protected = true )  \"Output with replicated input signal\" type: Boolean [2]
490: chiPlaCon.upProCon.endUp.y1ChiWatIsoVal[1]:DISCRETE(flow=false protected = true )  \"Chiller chilled water isolation valve commanded on\" type: Boolean [2]
491: chiPlaCon.upProCon.endUp.disChiIsoVal.y1ChiWatIsoVal[1]:DISCRETE(flow=false protected = true )  \"Chiller chilled water isolation valve command\" type: Boolean [2]
492: chiPlaCon.upProCon.endUp.disChiIsoVal.greThr[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
493: chiPlaCon.upProCon.endUp.disChiIsoVal.abs1[1].y:VARIABLE(flow=false protected = true )  \"Absolute value of the input\" type: Real [2]
494: chiPlaCon.upProCon.endUp.disChiIsoVal.sub[1].y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real [2]
495: chiPlaCon.upProCon.endUp.disChiIsoVal.booToRea[1].y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real [2]
496: chiPlaCon.upProCon.endUp.disChiIsoVal.intEqu[1].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
497: chiPlaCon.upProCon.endUp.y1ChiWatIsoVal[2]:DISCRETE(flow=false protected = true )  \"Chiller chilled water isolation valve commanded on\" type: Boolean [2]
498: chiPlaCon.upProCon.endUp.disChiIsoVal.y1ChiWatIsoVal[2]:DISCRETE(flow=false protected = true )  \"Chiller chilled water isolation valve command\" type: Boolean [2]
499: chiPlaCon.upProCon.endUp.disChiIsoVal.greThr[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
500: chiPlaCon.upProCon.endUp.disChiIsoVal.abs1[2].y:VARIABLE(flow=false protected = true )  \"Absolute value of the input\" type: Real [2]
501: chiPlaCon.upProCon.endUp.disChiIsoVal.sub[2].y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real [2]
502: chiPlaCon.upProCon.endUp.disChiIsoVal.booToRea[2].y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real [2]
503: chiPlaCon.upProCon.endUp.disChiIsoVal.intEqu[2].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
504: chiPlaCon.upProCon.endUp.disChiIsoVal.intRep.y[2]:DISCRETE(flow=false protected = true )  \"Output with replicated input signal\" type: Integer [2]
505: chiPlaCon.upProCon.endUp.disChiIsoVal.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
506: $whenCondition79:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.endUp.disChiIsoVal.lat.u\" type: Boolean unreplaceable
507: chiPlaCon.upProCon.endUp.disChiIsoVal.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
508: chiPlaCon.upProCon.endUp.disChiIsoVal.and3.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
509: chiPlaCon.upProCon.endUp.disChiIsoVal.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
510: chiPlaCon.upProCon.endUp.lat1.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
511: $whenCondition48:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.endUp.lat1.u\" type: Boolean unreplaceable
512: chiPlaCon.upProCon.endUp.lat1.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
513: chiPlaCon.upProCon.endUp.enaChi.tim.passed:DISCRETE(flow=false protected = true )  \"Output with true if the elapsed time is greater than threshold\" type: Boolean
514: $whenCondition84:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.upProCon.endUp.enaChi.booRep.y[2]\" type: Boolean unreplaceable
515: chiPlaCon.upProCon.endUp.enaChi.booRep.y[2]:DISCRETE(flow=false protected = true )  \"Output with replicated input signal\" type: Boolean [2]
516: chiPlaCon.upProCon.y1ChiWatIsoVal[1]:DISCRETE(flow=false )  \"Chiller chilled water isolation valve commanded on\" type: Boolean [2]
517: chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.y:VARIABLE(flow=false )  \"Connector of actuator output signal\" type: Real [1]
518: chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.lim.u:VARIABLE(flow=false )  \"Input to be limited\" type: Real [1]
519: chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.I.y_reset_in:VARIABLE(flow=false )  \"Input signal for state to which integrator is reset\" type: Real [1]
520: chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.P.u:VARIABLE(flow=false )  \"Input to be multiplied with gain\" type: Real [1]
521: chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.errI1.y:VARIABLE(flow=false )  \"Output with difference\" type: Real [1]
522: chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.errP.u1:VARIABLE(flow=false )  \"Input with minuend\" type: Real [1]
523: chiPlaCon.chiWatPumCon.pumSpeRemDp.conPID[1].conPID.u_s:VARIABLE(flow=false )  \"Connector of setpoint input signal\" type: Real [1]
524: chiPlaCon.chiWatPumCon.pumSpeRemDp.pumSpe.y:VARIABLE(flow=false )  \"Output with f(x) along the line specified by (x1, f1) and (x2, f2)\" type: Real
525: chiPlaCon.chiWatPumCon.pumSpeRemDp.pumSpe.xLim:VARIABLE(protected = true )  \"Input value after applying the limits\" type: Real
526: $cse6:VARIABLE(protected = true )  type: Real unreplaceable
527: chiPlaCon.chiWatPumCon.pumSpeRemDp.maxLoo.u[1]:VARIABLE(flow=false )  \"Input to max function\" type: Real [1]
528: chiPlaCon.wseSta.wseTOut.mulSum.u[2]:VARIABLE(flow=false protected = true )  \"Input to multiplied by gain and then added\" type: Real [4]
529: chiPlaCon.wseSta.wseTOut.min1.y:VARIABLE(flow=false protected = true )  \"Minimum of the inputs\" type: Real
530: chiPlaCon.wseSta.wseTOut.heaExcPlr.y:VARIABLE(flow=false protected = true )  \"Output with the quotient\" type: Real
531: $whenCondition401:DISCRETE(fixed = true protected = true )  \"chiPlaCon.chiWatPumCon.enaLagChiPum.tim.xor.y\" type: Boolean unreplaceable
532: $whenCondition400:DISCRETE(fixed = true protected = true )  \"chiPlaCon.chiWatPumCon.enaLagChiPum.tim.xor.y and time >= chiPlaCon.chiWatPumCon.enaLagChiPum.tim.tim.t + pre(chiPlaCon.chiWatPumCon.enaLagChiPum.tim.tim.entryTime)\" type: Boolean unreplaceable
533: chiPlaCon.chiWatPumCon.nexLagPumSta[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
534: chiPlaCon.chiWatPumCon.enaPum[2].y:DISCRETE(flow=false protected = true )  \"Output with true if at least one of the inputs is true\" type: Boolean [2]
535: chiPlaCon.chiWatPumCon.nexLagPumSta[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
536: chiPlaCon.chiWatPumCon.enaNexLag.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
537: $whenCondition395:DISCRETE(fixed = true protected = true )  \"chiPlaCon.chiWatPumCon.enaNexLag.u\" type: Boolean unreplaceable
538: chiPlaCon.chiWatPumCon.enaNexLag.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
539: chiPlaCon.chiWatPumCon.enaLagChiPum.tim.tim.passed:DISCRETE(flow=false protected = true )  \"Output with true if the elapsed time is greater than threshold\" type: Boolean
540: $whenCondition399:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.chiWatPumCon.enaLagChiPum.tim.xor.y\" type: Boolean unreplaceable
541: chiPlaCon.chiWatPumCon.enaLagChiPum.tim.xor.y:DISCRETE(flow=false protected = true )  \"Output with u1 xor u2\" type: Boolean
542: chiPlaCon.chiWatPumCon.enaLagChiPum.tim.u:DISCRETE(flow=false )  \"Input that switches timer on if true, and off if false\" type: Boolean
543: chiPlaCon.chiWatPumCon.enaLagChiPum.enaPum.y:DISCRETE(flow=false )  \"Output value of comparison\" type: Boolean
544: chiPlaCon.chiWatPumCon.enaLagChiPum.enaPum.u:VARIABLE(flow=false )  \"Input to be compared against hysteresis values\" type: Real
545: $whenCondition398:DISCRETE(fixed = true protected = true )  \"chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.xor.y\" type: Boolean unreplaceable
546: $whenCondition397:DISCRETE(fixed = true protected = true )  \"chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.xor.y and time >= chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.tim.t + pre(chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.tim.entryTime)\" type: Boolean unreplaceable
547: chiPlaCon.chiWatPumCon.lasLagPumSta[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
548: chiPlaCon.chiWatPumCon.pumSta[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean [2]
549: chiPlaCon.chiWatPumCon.lasLagPumSta[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
550: chiPlaCon.chiWatPumCon.disLasLag.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
551: $whenCondition393:DISCRETE(fixed = true protected = true )  \"chiPlaCon.chiWatPumCon.disLasLag.u\" type: Boolean unreplaceable
552: chiPlaCon.chiWatPumCon.disLasLag.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
553: chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.tim.passed:DISCRETE(flow=false protected = true )  \"Output with true if the elapsed time is greater than threshold\" type: Boolean
554: $whenCondition396:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.xor.y\" type: Boolean unreplaceable
555: chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.xor.y:DISCRETE(flow=false protected = true )  \"Output with u1 xor u2\" type: Boolean
556: chiPlaCon.chiWatPumCon.enaLagChiPum.tim1.u:DISCRETE(flow=false )  \"Input that switches timer on if true, and off if false\" type: Boolean
557: chiPlaCon.chiWatPumCon.enaLagChiPum.disPum.y:DISCRETE(flow=false )  \"Output value of comparison\" type: Boolean
558: chiPlaCon.chiWatPumCon.enaLagChiPum.disPum.u:VARIABLE(flow=false )  \"Input to be compared against hysteresis values\" type: Real
559: chiPlaCon.chiWatPumCon.enaLagChiPum.chiWatFloRat.y:VARIABLE(flow=false )  \"Product of the parameter times the input\" type: Real
560: chiPlaCon.upProCon.minBypSet.and1.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
561: chiPlaCon.upProCon.minBypSet.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
562: $whenCondition122:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.minBypSet.lat.u\" type: Boolean unreplaceable
563: $whenCondition124:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.minBypSet.lat.u and time >= chiPlaCon.upProCon.minBypSet.tim.t + pre(chiPlaCon.upProCon.minBypSet.tim.entryTime)\" type: Boolean unreplaceable
564: chiPlaCon.upProCon.minBypSet.and5.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
565: chiPlaCon.upProCon.minBypSet.lat1.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
566: $whenCondition120:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.minBypSet.lat1.u\" type: Boolean unreplaceable
567: chiPlaCon.upProCon.minBypSet.lat1.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
568: chiPlaCon.upProCon.minBypSet.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
569: chiPlaCon.upProCon.minBypSet.tim.passed:DISCRETE(flow=false protected = true )  \"Output with true if the elapsed time is greater than threshold\" type: Boolean
570: $whenCondition123:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.upProCon.minBypSet.lat.u\" type: Boolean unreplaceable
571: chiPlaCon.upProCon.minBypSet.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
572: chiPlaCon.upProCon.minBypSet.and3.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
573: chiPlaCon.upProCon.minBypSet.achSet.greHys.y:DISCRETE(flow=false protected = true )  \"Output y\" type: Boolean
574: chiPlaCon.upProCon.minBypSet.relFlo.y:VARIABLE(flow=false protected = true )  \"Output with the quotient\" type: Real
575: chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.uMea_revAct.y:VARIABLE(flow=false protected = true )  \"Product of the parameter times the input\" type: Real
576: $whenCondition443:DISCRETE(fixed = true protected = true )  \"chiPlaCon.wseSta.wseTun.accTim1.u\" type: Boolean unreplaceable
577: $whenCondition442:DISCRETE(fixed = true protected = true )  \"chiPlaCon.wseSta.wseTun.accTim1.u and time >= chiPlaCon.wseSta.wseTun.accTim1.t + pre(chiPlaCon.wseSta.wseTun.accTim1.entryTime) - pre(chiPlaCon.wseSta.wseTun.accTim1.yAcc)\" type: Boolean unreplaceable
578: chiPlaCon.wseSta.wseTun.accTim1.yAcc:DISCRETE(unit = \"s\" protected = true )  \"Accumulated time up to last change to true\" type: Real
579: chiPlaCon.staSetCon.staDow.hysTSup.y:DISCRETE(flow=false protected = true )  \"Output value of comparison\" type: Boolean
580: chiPlaCon.staSetCon.staDow.sub1.y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real
581: chiPlaCon.staSetCon.TWsePre:VARIABLE(flow=false unit = \"K\" )  \"Predicted WSE outlet temperature\" type: Real
582: chiPlaCon.wseSta.wseTOut.mulSum.u[3]:VARIABLE(flow=false protected = true )  \"Input to multiplied by gain and then added\" type: Real [4]
583: chiPlaCon.staSetCon.cha.intToRea2.y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real
584: chiPlaCon.enaDev.ecoMod.y:DISCRETE(flow=false )  \"Output with latched signal\" type: Boolean
585: $whenCondition14:DISCRETE(fixed = true protected = true )  \"chiPlaCon.enaDev.ecoMod.clr\" type: Boolean unreplaceable
586: chiPlaCon.enaDev.ecoMod.clr:DISCRETE(flow=false )  \"Clear input\" type: Boolean
587: chiPlaCon.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
588: chiPlaCon.enaDev.intChiMod.y:DISCRETE(flow=false )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean
589: chiPlaCon.staSetCon.yIni:DISCRETE(flow=false min = 0 max = 2 )  \"Initial chiller plant stage\" type: Integer
590: chiPlaCon.staSetCon.iniSta.swi.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
591: chiPlaCon.staSetCon.iniSta.hys1.y:DISCRETE(flow=false protected = true )  \"Output value of comparison\" type: Boolean
592: chiPlaCon.staSetCon.iniSta.triSam1.y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real
593: chiPlaCon.staSetCon.iniSta.sub1.y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real
594: chiPlaCon.staSetCon.iniSta.wseTOut.y:VARIABLE(flow=false unit = \"K\" protected = true )  \"Predicted waterside economizer outlet temperature\" type: Real
595: chiPlaCon.staSetCon.iniSta.wseTOut.mulSum.u[3]:VARIABLE(flow=false protected = true )  \"Input to multiplied by gain and then added\" type: Real [4]
596: chiPlaCon.wseSta.yTunPar:VARIABLE(flow=false min = -0.2 max = 0.5 start = 0.0 )  \"Tuning parameter\" type: Real
597: chiPlaCon.wseSta.wseTun.mulSum.y:VARIABLE(flow=false protected = true )  \"Sum of inputs times gains\" type: Real
598: chiPlaCon.wseSta.wseTun.mulSum.u[2]:VARIABLE(flow=false protected = true )  \"Input to multiplied by gain and then added\" type: Real [3]
599: chiPlaCon.wseSta.wseTun.disCou1.y:DISCRETE(flow=false protected = true )  \"Counter value\" type: Integer
600: $whenCondition449:DISCRETE(fixed = true protected = true )  \"chiPlaCon.wseSta.wseTun.disCou1.trigger\" type: Boolean unreplaceable
601: chiPlaCon.wseSta.wseTun.disCou1.trigger:DISCRETE(flow=false protected = true )  \"Trigger, when set to true, the counter increases\" type: Boolean
602: chiPlaCon.wseSta.wseTun.lesThr1.y:DISCRETE(flow=false protected = true )  \"Outputs true if u is less than the threshold with hysteresis\" type: Boolean
603: chiPlaCon.wseSta.wseTun.timDif.y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real
604: chiPlaCon.wseSta.wseTun.triSam2.y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real
605: chiPlaCon.wseSta.wseTun.accTim1.y:VARIABLE(flow=false unit = \"s\" protected = true )  \"Elapsed time\" type: Real
606: chiPlaCon.wseSta.wseTun.accTim1.entryTime:DISCRETE(unit = \"s\" protected = true )  \"Time instant when u became true\" type: Real
607: $whenCondition441:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.wseSta.wseTun.accTim1.u\" type: Boolean unreplaceable
608: chiPlaCon.wseSta.wseTun.accTim1.u:DISCRETE(flow=false protected = true )  \"Input that switches timer on if true, and off if false\" type: Boolean
609: chiPlaCon.wseSta.wseTun.hys.y:DISCRETE(flow=false protected = true )  \"Output value of comparison\" type: Boolean
610: chiPlaCon.staSetCon.staDow.and2.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
611: chiPlaCon.staSetCon.staDow.and1.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
612: chiPlaCon.staSetCon.staDow.hys.y:DISCRETE(flow=false protected = true )  \"Output value of comparison\" type: Boolean
613: chiPlaCon.towCon.ySpeSet:VARIABLE(flow=false min = 0.0 max = 1.0 unit = \"1\" )  \"Fan speed setpoint for enabled cell\" type: Real
614: chiPlaCon.towCon.towFanSpe.ySpeSet:VARIABLE(flow=false min = 0.0 max = 1.0 unit = \"1\" protected = true )  \"Fan speed setpoint of each cooling tower cell\" type: Real
615: chiPlaCon.towCon.towFanSpe.fanSpeWse.ySpeSet:VARIABLE(flow=false min = 0.0 max = 1.0 unit = \"1\" protected = true )  \"Tower fan speed setpoint when WSE is enabled and there is any chiller running\" type: Real
616: chiPlaCon.towCon.towFanSpe.fanSpeWse.swi.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
617: chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.ySpeSet:VARIABLE(flow=false min = 0.0 max = 1.0 unit = \"1\" protected = true )  \"Tower fan speed setpoint when WSE is enabled and there is any chiller running\" type: Real
618: chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.regFanSpe.y:VARIABLE(flow=false protected = true )  \"Output with f(x) along the line specified by (x1, f1) and (x2, f2)\" type: Real
619: chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.regFanSpe.xLim:VARIABLE(protected = true )  \"Input value after applying the limits\" type: Real
620: $cse21:VARIABLE(protected = true )  type: Real unreplaceable
621: chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.y:VARIABLE(flow=false protected = true )  \"Control output signal\" type: Real
622: chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.y:VARIABLE(flow=false protected = true )  \"Connector of actuator output signal\" type: Real
623: chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.addPID.y:VARIABLE(flow=false protected = true )  \"Sum of the inputs\" type: Real
624: chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.addPD.y:VARIABLE(flow=false protected = true )  \"Sum of the inputs\" type: Real
625: chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.P.u:VARIABLE(flow=false protected = true )  \"Input to be multiplied with gain\" type: Real
626: chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.errI1.y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real
627: chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.errP.u1:VARIABLE(flow=false protected = true )  \"Input with minuend\" type: Real
628: chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.loaCon.conPID.u_s:VARIABLE(flow=false protected = true )  \"Connector of setpoint input signal\" type: Real
629: chiPlaCon.towCon.towFanSpe.fanSpeWse.intOpe.div1.y:VARIABLE(flow=false protected = true )  \"Output with the quotient\" type: Real
630: chiPlaCon.upProCon.chiDemRed.hys.y:DISCRETE(flow=false protected = true )  \"Output value of comparison\" type: Boolean
631: chiPlaCon.upProCon.chiDemRed.div.y:VARIABLE(flow=false protected = true )  \"Output with the quotient\" type: Real
632: chiPlaCon.upProCon.chiDemRed.swi.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
633: chiPlaCon.upProCon.chiDemRed.addPar.y:VARIABLE(flow=false protected = true )  \"Sum of the parameter and the input\" type: Real
634: chiPlaCon.upProCon.chiDemRed.triSam.y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real
635: $whenCondition252:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.minBypRes.truDel.u\" type: Boolean unreplaceable
636: chiPlaCon.dowProCon.dowSta.minBypRes.truDel.y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal after it switched to true\" type: Boolean
637: $whenCondition251:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.dowProCon.dowSta.minBypRes.truDel.u\" type: Boolean unreplaceable
638: chiPlaCon.dowProCon.dowSta.minBypRes.truDel.u:DISCRETE(flow=false protected = true )  \"Input signal to be delayed when it switches to true\" type: Boolean
639: $whenCondition210:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.minChiWatSet.lat.clr\" type: Boolean unreplaceable
640: chiPlaCon.dowProCon.dowSta.minChiWatSet.lat.clr:DISCRETE(flow=false protected = true )  \"Clear input\" type: Boolean
641: $whenCondition215:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet.u\" type: Boolean unreplaceable
642: $whenCondition214:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet.u and time >= chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.t + pre(chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.entryTime)\" type: Boolean unreplaceable
643: chiPlaCon.dowProCon.dowSta.minBypRes.and3.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
644: chiPlaCon.dowProCon.dowSta.minBypRes.achSet.greHys.y:DISCRETE(flow=false protected = true )  \"Output y\" type: Boolean
645: chiPlaCon.dowProCon.dowSta.minBypRes.relFlo.y:VARIABLE(flow=false protected = true )  \"Output with the quotient\" type: Real
646: chiPlaCon.dowProCon.dowSta.minBypRes.nonZer.y:VARIABLE(flow=false protected = true )  \"Maximum of the inputs\" type: Real
647: chiPlaCon.dowProCon.dowSta.yChiWatMinFloSet:VARIABLE(flow=false min = 0.0 protected = true )  \"Chilled water minimum flow setpoint\" type: Real
648: chiPlaCon.dowProCon.dowSta.minChiWatSet.chaSet.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
649: chiPlaCon.dowProCon.dowSta.minChiWatSet.dowSet.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
650: chiPlaCon.dowProCon.dowSta.minChiWatSet.byPasSet4.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
651: chiPlaCon.dowProCon.dowSta.minChiWatSet.oneMorSet1.y:VARIABLE(flow=false protected = true )  \"Output with f(x) along the line specified by (x1, f1) and (x2, f2)\" type: Real
652: chiPlaCon.dowProCon.dowSta.minChiWatSet.oneMorSet1.xLim:VARIABLE(protected = true )  \"Input value after applying the limits\" type: Real
653: $cse26:VARIABLE(protected = true )  type: Real unreplaceable
654: chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.y:VARIABLE(flow=false unit = \"s\" protected = true )  \"Elapsed time\" type: Real
655: chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.entryTime:DISCRETE(unit = \"s\" protected = true )  \"Time instant when u became true\" type: Real
656: chiPlaCon.dowProCon.dowSta.minBypRes.and1.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
657: chiPlaCon.dowProCon.dowSta.minBypRes.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
658: $whenCondition256:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.minBypRes.lat.u\" type: Boolean unreplaceable
659: $whenCondition258:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.minBypRes.lat.u and time >= chiPlaCon.dowProCon.dowSta.minBypRes.tim.t + pre(chiPlaCon.dowProCon.dowSta.minBypRes.tim.entryTime)\" type: Boolean unreplaceable
660: $whenCondition249:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.y\" type: Boolean unreplaceable
661: $whenCondition248:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.y and time >= chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.t + pre(chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.entryTime)\" type: Boolean unreplaceable
662: chiPlaCon.dowProCon.dowSta.enaHeaCon.greThr1.y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean
663: chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.y:VARIABLE(flow=false unit = \"s\" protected = true )  \"Elapsed time\" type: Real
664: chiPlaCon.dowProCon.dowSta.enaHeaCon.tim.entryTime:DISCRETE(unit = \"s\" protected = true )  \"Time instant when u became true\" type: Real
665: $whenCondition247:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.y\" type: Boolean unreplaceable
666: chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
667: $whenCondition245:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.u\" type: Boolean unreplaceable
668: chiPlaCon.dowProCon.dowSta.enaHeaCon.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
669: chiPlaCon.dowProCon.dowSta.enaHeaCon.edg.y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to true\" type: Boolean
670: chiPlaCon.dowProCon.disChiIsoVal.booToRea1[1].y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real [2]
671: chiPlaCon.dowProCon.disChiIsoVal.mulOr.uTemp[1]:DISCRETE(protected = true )  \"Temporary variable\" type: Boolean [2]
672: chiPlaCon.dowProCon.disChiIsoVal.cha[1].u:DISCRETE(flow=false start = chiPlaCon.dowProCon.disChiIsoVal.cha[1].pre_u_start fixed = true protected = true )  \"Input to be monitored for a change\" type: Boolean [2]
673: chiPlaCon.dowProCon.disChiIsoVal.truDel1[1].u:DISCRETE(flow=false protected = true )  \"Input signal to be delayed when it switches to true\" type: Boolean [2]
674: chiPlaCon.dowProCon.dowSta.y1ChiWatIsoVal[1]:DISCRETE(flow=false protected = true )  \"Chiller chilled water isolation valve commanded on\" type: Boolean [2]
675: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.y1ChiWatIsoVal[1]:DISCRETE(flow=false protected = true )  \"Chiller chilled water isolation valve command\" type: Boolean [2]
676: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.greThr[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
677: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.abs1[1].y:VARIABLE(flow=false protected = true )  \"Absolute value of the input\" type: Real [2]
678: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.sub[1].y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real [2]
679: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.booToRea[1].y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real [2]
680: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.intEqu[1].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
681: chiPlaCon.dowProCon.disChiIsoVal.booToRea1[2].y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real [2]
682: chiPlaCon.dowProCon.disChiIsoVal.lat3.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
683: $whenCondition187:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.disChiIsoVal.lat3.u\" type: Boolean unreplaceable
684: chiPlaCon.dowProCon.disChiIsoVal.lat3.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
685: chiPlaCon.dowProCon.disChiIsoVal.cha[2].y:DISCRETE(flow=false protected = true )  \"Output with true when the input changes\" type: Boolean [2]
686: chiPlaCon.dowProCon.disChiIsoVal.cha[2].u:DISCRETE(flow=false start = chiPlaCon.dowProCon.disChiIsoVal.cha[2].pre_u_start fixed = true protected = true )  \"Input to be monitored for a change\" type: Boolean [2]
687: chiPlaCon.dowProCon.disChiIsoVal.truDel1[2].u:DISCRETE(flow=false protected = true )  \"Input signal to be delayed when it switches to true\" type: Boolean [2]
688: chiPlaCon.dowProCon.dowSta.y1ChiWatIsoVal[2]:DISCRETE(flow=false protected = true )  \"Chiller chilled water isolation valve commanded on\" type: Boolean [2]
689: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.y1ChiWatIsoVal[2]:DISCRETE(flow=false protected = true )  \"Chiller chilled water isolation valve command\" type: Boolean [2]
690: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.greThr[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
691: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.abs1[2].y:VARIABLE(flow=false protected = true )  \"Absolute value of the input\" type: Real [2]
692: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.sub[2].y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real [2]
693: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.booToRea[2].y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real [2]
694: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.intEqu[2].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
695: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.intRep.y[2]:DISCRETE(flow=false protected = true )  \"Output with replicated input signal\" type: Integer [2]
696: $whenCondition244:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.y\" type: Boolean unreplaceable
697: $whenCondition243:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.y and time >= chiPlaCon.dowProCon.dowSta.enaChiIsoVal.tim.t + pre(chiPlaCon.dowProCon.dowSta.enaChiIsoVal.tim.entryTime)\" type: Boolean unreplaceable
698: chiPlaCon.dowProCon.dowSta.disChi.and1[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean [2]
699: chiPlaCon.dowProCon.dowSta.disChi.and1[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean [2]
700: chiPlaCon.dowProCon.dowSta.disChi.logSwi[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
701: chiPlaCon.dowProCon.dowSta.disChi.greEquThr[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
702: chiPlaCon.dowProCon.dowSta.disChi.triSam[2].y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real [2]
703: chiPlaCon.dowProCon.dowSta.disChi.logSwi[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
704: chiPlaCon.dowProCon.dowSta.disChi.greEquThr[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
705: chiPlaCon.dowProCon.dowSta.disChi.triSam[1].y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real [2]
706: $whenCondition217:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.disChi.booRep1.y[2]\" type: Boolean unreplaceable
707: chiPlaCon.dowProCon.dowSta.disChi.booRep1.y[2]:DISCRETE(flow=false protected = true )  \"Output with replicated input signal\" type: Boolean [2]
708: $whenCondition220:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.disChi.edg.u\" type: Boolean unreplaceable
709: $whenCondition219:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.disChi.edg.u and time >= chiPlaCon.dowProCon.dowSta.disChi.tim.t + pre(chiPlaCon.dowProCon.dowSta.disChi.tim.entryTime)\" type: Boolean unreplaceable
710: chiPlaCon.dowProCon.dowSta.disChi.logSwi1[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
711: chiPlaCon.dowProCon.dowSta.disChi.and3[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean [2]
712: chiPlaCon.dowProCon.dowSta.disChi.logSwi1[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
713: chiPlaCon.dowProCon.dowSta.disChi.and3[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean [2]
714: chiOne.u:DISCRETE(flow=false )  \"Input to be delayed by one event iteration\" type: Boolean
715: chiPlaCon.chiComSta[1].y:DISCRETE(flow=false )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
716: chiPlaCon.dowProCon.yChi[1]:DISCRETE(flow=false )  \"Chiller enabling status\" type: Boolean [2]
717: chiPlaCon.dowProCon.dowSta.disChi.logSwi5[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
718: chiPlaCon.dowProCon.dowSta.disChi.logSwi2[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
719: chiPlaCon.disChi.not3[2].y:DISCRETE(flow=false )  \"Output with negated input\" type: Boolean [2]
720: chiPlaCon.disChi.disChi1.y:DISCRETE(flow=false )  \"Outputs true if u1 and u2 are both true\" type: Boolean
721: chiPlaCon.disChi.noChiWatReq.y:DISCRETE(flow=false )  \"Output with negated input\" type: Boolean
722: chiPlaCon.disChi.enaIsoVal.y:DISCRETE(flow=false )  \"Output with latched signal\" type: Boolean
723: $whenCondition10:DISCRETE(fixed = true protected = true )  \"chiPlaCon.disChi.enaIsoVal.u\" type: Boolean unreplaceable
724: chiPlaCon.disChi.enaIsoVal.u:DISCRETE(flow=false )  \"Latch input\" type: Boolean
725: $whenCondition13:DISCRETE(fixed = true protected = true )  \"chiPlaCon.disChi.truDel.u\" type: Boolean unreplaceable
726: chiPlaCon.disChi.booScaRep1.y[2]:DISCRETE(flow=false )  \"Output with replicated input signal\" type: Boolean [2]
727: chiPlaCon.disChi.cloChiIsoVal.y:DISCRETE(flow=false )  \"Output with true if at least one of the inputs is true\" type: Boolean
728: chiPlaCon.disChi.truDel.y:DISCRETE(flow=false )  \"Output with delayed input signal after it switched to true\" type: Boolean
729: $whenCondition12:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.disChi.truDel.u\" type: Boolean unreplaceable
730: chiPlaCon.disChi.truDel.u:DISCRETE(flow=false )  \"Input signal to be delayed when it switches to true\" type: Boolean
731: chiPlaCon.chiEna[2].u:DISCRETE(flow=false protected = true )  \"Input to be delayed by one event iteration\" type: Boolean [2]
732: chiPlaCon.chiComSta[2].y:DISCRETE(flow=false )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
733: chiPlaCon.dowProCon.yChi[2]:DISCRETE(flow=false )  \"Chiller enabling status\" type: Boolean [2]
734: chiPlaCon.dowProCon.dowSta.disChi.logSwi5[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
735: chiPlaCon.dowProCon.dowSta.disChi.logSwi2[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
736: chiPlaCon.chiWatPumCon.u1ChiWatIsoVal[1]:DISCRETE(flow=false )  \"Chilled water isolation valve commanded position\" type: Boolean [2]
737: chiPlaCon.chiIsoVal[1].y:DISCRETE(flow=false )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
738: chiPlaCon.dowProCon.y1ChiWatIsoVal[1]:DISCRETE(flow=false )  \"Chiller chilled water isolation valve commanded on\" type: Boolean [2]
739: chiPlaCon.dowProCon.disChiIsoVal.greThr[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
740: chiPlaCon.dowProCon.disChiIsoVal.abs1[1].y:VARIABLE(flow=false protected = true )  \"Absolute value of the input\" type: Real [2]
741: chiPlaCon.dowProCon.disChiIsoVal.sub[1].y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real [2]
742: chiPlaCon.dowProCon.disChiIsoVal.booToRea[1].y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real [2]
743: chiPlaCon.dowProCon.disChiIsoVal.intEqu[1].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
744: chiPlaCon.dowProCon.y1ChiWatIsoVal[2]:DISCRETE(flow=false )  \"Chiller chilled water isolation valve commanded on\" type: Boolean [2]
745: chiPlaCon.dowProCon.disChiIsoVal.greThr[2].y:DISCRETE(flow=false protected = true )  \"Outputs true if u is greater than the threshold with hysteresis\" type: Boolean [2]
746: chiPlaCon.dowProCon.disChiIsoVal.abs1[2].y:VARIABLE(flow=false protected = true )  \"Absolute value of the input\" type: Real [2]
747: chiPlaCon.dowProCon.disChiIsoVal.sub[2].y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real [2]
748: chiPlaCon.dowProCon.disChiIsoVal.booToRea[2].y:VARIABLE(flow=false protected = true )  \"Converted input signal as a Real\" type: Real [2]
749: chiPlaCon.dowProCon.disChiIsoVal.intEqu[2].y:DISCRETE(flow=false protected = true )  \"Outputs that is true if the two inputs are equal, and false otherwise\" type: Boolean [2]
750: chiPlaCon.dowProCon.disChiIsoVal.intRep.y[2]:DISCRETE(flow=false protected = true )  \"Output with replicated input signal\" type: Integer [2]
751: chiPlaCon.dowProCon.disChiIsoVal.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
752: $whenCondition196:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.disChiIsoVal.lat.u\" type: Boolean unreplaceable
753: chiPlaCon.dowProCon.disChiIsoVal.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
754: chiPlaCon.dowProCon.disChiIsoVal.edg.y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to true\" type: Boolean
755: chiPlaCon.dowProCon.disChiIsoVal.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
756: chiPlaCon.dowProCon.logSwi2.y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean
757: chiPlaCon.dowProCon.and4.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
758: chiPlaCon.dowProCon.lat2.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
759: $whenCondition160:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.lat2.u\" type: Boolean unreplaceable
760: chiPlaCon.dowProCon.lat2.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
761: chiPlaCon.dowProCon.dowSta.disChi.tim.passed:DISCRETE(flow=false protected = true )  \"Output with true if the elapsed time is greater than threshold\" type: Boolean
762: $whenCondition218:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.dowProCon.dowSta.disChi.edg.u\" type: Boolean unreplaceable
763: chiPlaCon.dowProCon.dowSta.disChi.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
764: chiPlaCon.dowProCon.dowSta.lat4.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
765: $whenCondition201:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.lat4.u\" type: Boolean unreplaceable
766: chiPlaCon.dowProCon.dowSta.lat4.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
767: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat2.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
768: $whenCondition237:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat2.u\" type: Boolean unreplaceable
769: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat2.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
770: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.tim.passed:DISCRETE(flow=false protected = true )  \"Output with true if the elapsed time is greater than threshold\" type: Boolean
771: $whenCondition242:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.y\" type: Boolean unreplaceable
772: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
773: $whenCondition241:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.u\" type: Boolean unreplaceable
774: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
775: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.edg.y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to true\" type: Boolean
776: chiPlaCon.dowProCon.dowSta.enaChiIsoVal.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
777: chiPlaCon.dowProCon.dowSta.lat3.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
778: $whenCondition203:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.lat3.u\" type: Boolean unreplaceable
779: chiPlaCon.dowProCon.dowSta.lat3.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
780: chiPlaCon.dowProCon.dowSta.enaHeaCon.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
781: chiPlaCon.dowProCon.dowSta.lat1.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
782: $whenCondition207:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.lat1.u\" type: Boolean unreplaceable
783: chiPlaCon.dowProCon.dowSta.lat1.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
784: chiPlaCon.dowProCon.dowSta.minBypRes.and5.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
785: chiPlaCon.dowProCon.dowSta.minBypRes.lat1.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
786: $whenCondition254:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.minBypRes.lat1.u\" type: Boolean unreplaceable
787: chiPlaCon.dowProCon.dowSta.minBypRes.lat1.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
788: chiPlaCon.dowProCon.dowSta.minBypRes.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
789: chiPlaCon.dowProCon.dowSta.minBypRes.tim.passed:DISCRETE(flow=false protected = true )  \"Output with true if the elapsed time is greater than threshold\" type: Boolean
790: $whenCondition257:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.dowProCon.dowSta.minBypRes.lat.u\" type: Boolean unreplaceable
791: chiPlaCon.dowProCon.dowSta.minBypRes.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
792: chiPlaCon.dowProCon.dowSta.minChiWatSet.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
793: $whenCondition211:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.minChiWatSet.lat.u\" type: Boolean unreplaceable
794: chiPlaCon.dowProCon.dowSta.minChiWatSet.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
795: chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet1.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
796: chiPlaCon.dowProCon.dowSta.minChiWatSet.edg.y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to true\" type: Boolean
797: chiPlaCon.dowProCon.dowSta.minChiWatSet.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
798: chiPlaCon.dowProCon.dowSta.minChiWatSet.or4.y:DISCRETE(flow=false protected = true )  \"Output with true if at least one of the inputs is true\" type: Boolean
799: chiPlaCon.dowProCon.dowSta.minChiWatSet.tim2.passed:DISCRETE(flow=false protected = true )  \"Output with true if the elapsed time is greater than threshold\" type: Boolean
800: $whenCondition213:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet.u\" type: Boolean unreplaceable
801: chiPlaCon.dowProCon.dowSta.minChiWatSet.staChaSet.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
802: chiPlaCon.dowProCon.dowSta.lat2.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
803: $whenCondition205:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.lat2.u\" type: Boolean unreplaceable
804: chiPlaCon.dowProCon.dowSta.lat2.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
805: chiPlaCon.dowProCon.dowSta.chiDemRed.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
806: $whenCondition260:DISCRETE(fixed = true protected = true )  \"chiPlaCon.dowProCon.dowSta.chiDemRed.lat.u\" type: Boolean unreplaceable
807: chiPlaCon.dowProCon.dowSta.chiDemRed.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
808: chiPlaCon.dowProCon.dowSta.chiDemRed.finRedDem.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
809: chiPlaCon.dowProCon.dowSta.chiDemRed.or2.y:DISCRETE(flow=false protected = true )  \"Output with true if at least one of the inputs is true\" type: Boolean
810: chiPlaCon.dowProCon.dowSta.chiDemRed.hys.y:DISCRETE(flow=false protected = true )  \"Output value of comparison\" type: Boolean
811: chiPlaCon.dowProCon.dowSta.chiDemRed.div.y:VARIABLE(flow=false protected = true )  \"Output with the quotient\" type: Real
812: chiPlaCon.dowProCon.dowSta.chiDemRed.swi.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
813: chiPlaCon.dowProCon.dowSta.chiDemRed.addPar.y:VARIABLE(flow=false protected = true )  \"Sum of the parameter and the input\" type: Real
814: chiPlaCon.dowProCon.dowSta.chiDemRed.triSam.y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real
815: chiPlaCon.upProCon.uChiLoa:VARIABLE(flow=false unit = \"W\" )  \"Current chiller load\" type: Real
816: chiPlaCon.gai.y:VARIABLE(flow=false protected = true )  \"Product of the parameter times the input\" type: Real
817: gai.y:VARIABLE(flow=false min = 0.0 )  \"Product of the parameter times the input\" type: Real
818: chiPlaCon.yChiPumSpe:VARIABLE(flow=false min = 0.0 max = 1.0 unit = \"1\" )  \"Chilled water pump speed setpoint\" type: Real
819: chiPlaCon.chiWatPumCon.yPumSpe:VARIABLE(flow=false min = max(chiPlaCon.chiWatPumCon.pumSpeRemDp.minPumSpe, 0.0) max = min(chiPlaCon.chiWatPumCon.pumSpeRemDp.maxPumSpe, 1.0) unit = \"1\" )  \"Enabled chilled water pump speed\" type: Real
820: chiPlaCon.chiWatPumCon.pumSta[1].y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean [2]
821: chiPlaCon.chiWatPumCon.enaPum[1].y:DISCRETE(flow=false protected = true )  \"Output with true if at least one of the inputs is true\" type: Boolean [2]
822: chiPlaCon.chiWatPumCon.addPum[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
823: chiPlaCon.chiWatPumCon.remPum[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
824: chiPlaCon.chiWatPumCon.leaPumSta[1].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
825: chiWatPum[1].u:DISCRETE(flow=false )  \"Input to be delayed by one event iteration\" type: Boolean [2]
826: chiPlaCon.chiWatPumCon.pre1[1].u:DISCRETE(flow=false protected = true )  \"Input to be delayed by one event iteration\" type: Boolean [2]
827: chiPlaCon.chiWatPumCon.pumSpeRemDp.uChiWatPum[2]:DISCRETE(flow=false )  \"Chilled water pump status\" type: Boolean [2]
828: chiPlaCon.chiWatPumCon.enaHeaLeaPum.yLea:DISCRETE(flow=false )  \"Lead pump status setpoint\" type: Boolean
829: chiPlaCon.chiWatPumCon.enaHeaLeaPum.anyIsoVal.uTemp[2]:DISCRETE(protected = true )  \"Temporary variable\" type: Boolean [2]
830: chiPlaCon.disChi.y1ChiWatIsoVal[2]:DISCRETE(flow=false )  \"Chiller chilled water isolation valve commanded setpoint\" type: Boolean [2]
831: chiPlaCon.chiIsoVal[2].y:DISCRETE(flow=false )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
832: chiPlaCon.upProCon.y1ChiWatIsoVal[2]:DISCRETE(flow=false )  \"Chiller chilled water isolation valve commanded on\" type: Boolean [2]
833: chiPlaCon.upProCon.lat5.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
834: $whenCondition22:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.lat5.u\" type: Boolean unreplaceable
835: chiPlaCon.upProCon.lat5.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
836: chiPlaCon.upProCon.enaChiIsoVal.lat2.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
837: $whenCondition103:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.enaChiIsoVal.lat2.u\" type: Boolean unreplaceable
838: chiPlaCon.upProCon.enaChiIsoVal.lat2.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
839: chiPlaCon.upProCon.enaChiIsoVal.tim.passed:DISCRETE(flow=false protected = true )  \"Output with true if the elapsed time is greater than threshold\" type: Boolean
840: $whenCondition108:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.upProCon.enaChiIsoVal.lat.y\" type: Boolean unreplaceable
841: chiPlaCon.upProCon.enaChiIsoVal.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
842: $whenCondition107:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.enaChiIsoVal.lat.u\" type: Boolean unreplaceable
843: chiPlaCon.upProCon.enaChiIsoVal.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
844: chiPlaCon.upProCon.enaChiIsoVal.edg.y:DISCRETE(flow=false protected = true )  \"Outputs true when the input switches to true\" type: Boolean
845: chiPlaCon.upProCon.enaChiIsoVal.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
846: chiPlaCon.upProCon.lat4.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
847: $whenCondition24:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.lat4.u\" type: Boolean unreplaceable
848: chiPlaCon.upProCon.lat4.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
849: chiPlaCon.upProCon.enaHeaCon.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
850: chiPlaCon.upProCon.lat2.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
851: $whenCondition26:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.lat2.u\" type: Boolean unreplaceable
852: chiPlaCon.upProCon.lat2.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
853: chiPlaCon.upProCon.edg.u:DISCRETE(flow=false protected = true )  \"Input to be monitored\" type: Boolean
854: chiPlaCon.upProCon.minBypSet.yMinBypRes:DISCRETE(flow=false protected = true )  \"True: minimum chilled water flow bypass valve has been reset successfully\" type: Boolean
855: chiPlaCon.upProCon.minBypSet.truDel.y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal after it switched to true\" type: Boolean
856: $whenCondition117:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.upProCon.minBypSet.truDel.u\" type: Boolean unreplaceable
857: chiPlaCon.upProCon.minBypSet.truDel.u:DISCRETE(flow=false protected = true )  \"Input signal to be delayed when it switches to true\" type: Boolean
858: chiPlaCon.upProCon.or3.y:DISCRETE(flow=false protected = true )  \"Output with true if at least one of the inputs is true\" type: Boolean
859: chiPlaCon.upProCon.lat1.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
860: $whenCondition28:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.lat1.u\" type: Boolean unreplaceable
861: chiPlaCon.upProCon.lat1.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
862: chiPlaCon.upProCon.chiDemRed.yChiDemRed:DISCRETE(flow=false protected = true )  \"Flag: true if it is not requiring reducing demand or the chiller demand reduction process has finished\" type: Boolean
863: chiPlaCon.upProCon.chiDemRed.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
864: $whenCondition134:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.chiDemRed.lat.u\" type: Boolean unreplaceable
865: chiPlaCon.upProCon.chiDemRed.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
866: chiPlaCon.upProCon.chiDemRed.finRedDem.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
867: chiPlaCon.upProCon.chiDemRed.or2.y:DISCRETE(flow=false protected = true )  \"Output with true if at least one of the inputs is true\" type: Boolean
868: chiPlaCon.upProCon.chiDemRed.tim.passed:DISCRETE(flow=false protected = true )  \"Output with true if the elapsed time is greater than threshold\" type: Boolean
869: $whenCondition135:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.upProCon.lat.y\" type: Boolean unreplaceable
870: chiPlaCon.upProCon.lat.y:DISCRETE(flow=false protected = true )  \"Output with latched signal\" type: Boolean
871: $whenCondition30:DISCRETE(fixed = true protected = true )  \"chiPlaCon.upProCon.lat.u\" type: Boolean unreplaceable
872: chiPlaCon.upProCon.lat.u:DISCRETE(flow=false protected = true )  \"Latch input\" type: Boolean
873: chiPlaCon.upProCon.cha.up:DISCRETE(flow=false protected = true )  \"Output that is true when the input increased its value\" type: Boolean
874: chiPlaCon.upProCon.cha.u:DISCRETE(flow=false start = chiPlaCon.upProCon.cha.pre_u_start fixed = true protected = true )  \"Integer to be monitored for a change in value\" type: Integer
875: chiPlaCon.dowProCon.nexChi.cha.u:DISCRETE(flow=false start = chiPlaCon.dowProCon.nexChi.cha.pre_u_start fixed = true protected = true )  \"Integer to be monitored for a change in value\" type: Integer
876: chiPlaCon.upProCon.nexChi.cha.u:DISCRETE(flow=false min = 0 max = 2 start = chiPlaCon.upProCon.nexChi.cha.pre_u_start fixed = true protected = true )  \"Integer to be monitored for a change in value\" type: Integer
877: chiPlaCon.staSetCon.cha.reaToInt.y:DISCRETE(flow=false protected = true )  \"Converted input signal as an Integer\" type: Integer
878: chiPlaCon.staSetCon.cha.switch2.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
879: chiPlaCon.staSetCon.cha.triSam.y:DISCRETE(flow=false protected = true )  \"Input signal at the last trigger instant\" type: Real
880: chiPlaCon.staSetCon.cha.switch1.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
881: chiPlaCon.staSetCon.cha.and4.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
882: chiPlaCon.staSetCon.yDow:DISCRETE(flow=false )  \"Stage down signal\" type: Boolean
883: chiPlaCon.staSetCon.staDow.and0.y:DISCRETE(flow=false protected = true )  \"Outputs true if u1 and u2 are both true\" type: Boolean
884: chiPlaCon.staSetCon.staDow.not1.y:DISCRETE(flow=false protected = true )  \"Output with negated input\" type: Boolean
885: chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].y:DISCRETE(flow=false protected = true )  \"Output with delayed input signal after it switched to true\" type: Boolean [1]
886: $whenCondition360:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].u\" type: Boolean unreplaceable
887: chiPlaCon.staSetCon.staDow.faiSafCon.truDel1[1].u:DISCRETE(flow=false protected = true )  \"Input signal to be delayed when it switches to true\" type: Boolean [1]
888: chiPlaCon.staSetCon.staDow.faiSafCon.hysdpSup1[1].y:DISCRETE(flow=false protected = true )  \"Output value of comparison\" type: Boolean [1]
889: chiPlaCon.staSetCon.staDow.faiSafCon.sub2[1].y:VARIABLE(flow=false protected = true )  \"Output with difference\" type: Real [1]
890: chiPlaCon.chiWatSupSet.dpChiWatSet[1]:VARIABLE(flow=false unit = \"Pa\" )  \"Chilled water differential pressure setpoint\" type: Real [1]
891: chiPlaCon.chiWatSupSet.chiWatPumPre[1].xLim:VARIABLE(protected = true )  \"Input value after applying the limits\" type: Real [1]
892: $cse8:VARIABLE(protected = true )  type: Real unreplaceable
893: chiPlaCon.chiWatSupSet.uChiWatPlaRes:VARIABLE(flow=false min = max(chiPlaCon.chiWatPlaRes.minSet, chiPlaCon.chiWatSupSet.minSet) max = min(chiPlaCon.chiWatPlaRes.maxSet, chiPlaCon.chiWatSupSet.maxSet) unit = \"1\" )  \"Chilled water plant reset\" type: Real
894: chiPlaCon.chiWatPlaRes.triRes.y:VARIABLE(flow=false )  \"Setpoint that have been reset\" type: Real
895: chiPlaCon.chiWatPlaRes.triRes.swi2.y:VARIABLE(flow=false )  \"Output with u1 if u2 is true, else u3\" type: Real
896: chiPlaCon.chiWatPlaRes.triRes.swi2.u3:VARIABLE(flow=false )  \"Input u3\" type: Real
897: chiPlaCon.chiWatPlaRes.triRes.min1.y:VARIABLE(flow=false protected = true )  \"Minimum of the inputs\" type: Real
898: chiPlaCon.chiWatPlaRes.triRes.add1.y:VARIABLE(flow=false protected = true )  \"Sum of the inputs\" type: Real
899: chiPlaCon.chiWatPlaRes.triRes.swiHol.y:VARIABLE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Real
900: chiPlaCon.chiWatPlaRes.triRes.netRes.y:VARIABLE(flow=false )  \"Output with u1 if u2 is true, else u3\" type: Real
901: chiPlaCon.chiWatPlaRes.triRes.netRes.u2:DISCRETE(flow=false )  \"Boolean switch input signal, if true, y=u1, else y=u3\" type: Boolean
902: chiPlaCon.chiWatPlaRes.triRes.tim.y:DISCRETE(flow=false )  \"Output with delayed input signal after it switched to true\" type: Boolean
903: $whenCondition390:DISCRETE(fixed = true protected = true )  \"not chiPlaCon.chiWatPlaRes.triRes.tim.u\" type: Boolean unreplaceable
904: chiPlaCon.chiWatPlaRes.triRes.tim.u:DISCRETE(flow=false )  \"Input signal to be delayed when it switches to true\" type: Boolean
905: chiWatPum[2].u:DISCRETE(flow=false )  \"Input to be delayed by one event iteration\" type: Boolean [2]
906: chiPlaCon.chiWatPumCon.pre1[2].u:DISCRETE(flow=false protected = true )  \"Input to be delayed by one event iteration\" type: Boolean [2]
907: chiPlaCon.chiWatPumCon.addPum[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
908: chiPlaCon.chiWatPumCon.remPum[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
909: chiPlaCon.chiWatPumCon.leaPumSta[2].y:DISCRETE(flow=false protected = true )  \"Output with u1 if u2 is true, else u3\" type: Boolean [2]
[/var/lib/jenkins/ws/OpenModelicaLibraryTestingWork/OpenModelica/OMCompiler/Compiler/BackEnd/BackendDAEUtil.mo:9780:5-9781:77:writable] Error: Internal error BackendDAEUtil.traverseEqSystemStrongComponents failed with function:
omc_DAEMode_traverserStrongComponents
Notification: Performance of <failed> postOpt createDAEmodeBDAE (simulation): time 0.6279/4.482, allocations: 0.7134 GB / 2.781 GB, free: 449.6 MB / 1.589 GB
Error: post-optimization module createDAEmodeBDAE (simulation) failed.
Error: Internal error SimCode DAEmode: The model Buildings.Controls.OBC.ASHRAE.G36.Plants.Chillers.Validation.Controller could not be translated
"
[Timeout remaining time 296]
[Calling sys.exit(0), Time elapsed: 8.407219244167209]