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FMITest.Smith_patSpec_info.json
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FMITest.Smith_patSpec_info.json
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{"format":"Transformational debugger info","version":1,
"info":{"name":"FMITest.Smith_patSpec","description":""},
"variables":{
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"Lpv.state":{"comment":"This state must be connected in inherited class definition","kind":"state","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"Lpv"}},
"Ltc.state":{"comment":"This state must be connected in inherited class definition","kind":"state","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"Ltc"}},
"aorta.state":{"comment":"This state must be connected in inherited class definition","kind":"state","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"aorta"}},
"pulmonaryArteries.state":{"comment":"This state must be connected in inherited class definition","kind":"state","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"pulmonaryArteries"}},
"pulmonaryVeins.state":{"comment":"This state must be connected in inherited class definition","kind":"state","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"pulmonaryVeins"}},
"venaCava.state":{"comment":"This state must be connected in inherited class definition","kind":"state","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"venaCava"}},
"ventricularInteraction_flat.Vlv":{"comment":"","kind":"state","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":234,"lineEnd":237,"colStart":5,"colEnd":37},"within":["Real"],"instance":"ventricularInteraction_flat"}},
"ventricularInteraction_flat.Vrv":{"comment":"","kind":"state","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":238,"lineEnd":240,"colStart":5,"colEnd":35},"within":["Real"],"instance":"ventricularInteraction_flat"}},
"der(Lav.state)":{"comment":"der(This state must be connected in inherited class definition)","kind":"derivative","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"Lav"}},
"der(Lpv.state)":{"comment":"der(This state must be connected in inherited class definition)","kind":"derivative","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"Lpv"}},
"der(Ltc.state)":{"comment":"der(This state must be connected in inherited class definition)","kind":"derivative","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"Ltc"}},
"der(aorta.state)":{"comment":"der(This state must be connected in inherited class definition)","kind":"derivative","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"aorta"}},
"der(pulmonaryArteries.state)":{"comment":"der(This state must be connected in inherited class definition)","kind":"derivative","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"pulmonaryArteries"}},
"der(pulmonaryVeins.state)":{"comment":"der(This state must be connected in inherited class definition)","kind":"derivative","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"pulmonaryVeins"}},
"der(venaCava.state)":{"comment":"der(This state must be connected in inherited class definition)","kind":"derivative","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"venaCava"}},
"der(ventricularInteraction_flat.Vlv)":{"comment":"","kind":"derivative","type":"Real","unit":"m3.s-1","displayUnit":"","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":234,"lineEnd":237,"colStart":5,"colEnd":37},"within":["Real"],"instance":"ventricularInteraction_flat"}},
"der(ventricularInteraction_flat.Vrv)":{"comment":"","kind":"derivative","type":"Real","unit":"m3.s-1","displayUnit":"","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":238,"lineEnd":240,"colStart":5,"colEnd":35},"within":["Real"],"instance":"ventricularInteraction_flat"}},
"$cse5":{"comment":"","kind":"variable","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"","lineStart":0,"lineEnd":0,"colStart":0,"colEnd":0}}},
"$cse7":{"comment":"","kind":"variable","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"","lineStart":0,"lineEnd":0,"colStart":0,"colEnd":0}}},
"$cse8":{"comment":"","kind":"variable","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"","lineStart":0,"lineEnd":0,"colStart":0,"colEnd":0}}},
"$cse9":{"comment":"","kind":"variable","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"","lineStart":0,"lineEnd":0,"colStart":0,"colEnd":0}}},
"Lav.change":{"comment":"Dynamic change of state value per minute","kind":"variable","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1148,"lineEnd":1148,"colStart":7,"colEnd":90},"within":["Real"],"instance":"Lav"}},
"Lav.dp":{"comment":"Pressure gradient","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2183,"lineEnd":2183,"colStart":8,"colEnd":45},"within":["Real"],"instance":"Lav"}},
"Lav.q_in.pressure":{"comment":"Pressure","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2096,"lineEnd":2096,"colStart":7,"colEnd":41},"within":["Real"],"instance":"Lavq_in"}},
"Lav.q_out.pressure":{"comment":"Pressure","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2096,"lineEnd":2096,"colStart":7,"colEnd":41},"within":["Real"],"instance":"Lavq_out"}},
"Lmt.change":{"comment":"Dynamic change of state value per minute","kind":"variable","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1148,"lineEnd":1148,"colStart":7,"colEnd":90},"within":["Real"],"instance":"Lmt"}},
"Lmt.dp":{"comment":"Pressure gradient","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2183,"lineEnd":2183,"colStart":8,"colEnd":45},"within":["Real"],"instance":"Lmt"}},
"Lmt.q_in.pressure":{"comment":"Pressure","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2096,"lineEnd":2096,"colStart":7,"colEnd":41},"within":["Real"],"instance":"Lmtq_in"}},
"Lmt.q_out.pressure":{"comment":"Pressure","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2096,"lineEnd":2096,"colStart":7,"colEnd":41},"within":["Real"],"instance":"Lmtq_out"}},
"Lpv.change":{"comment":"Dynamic change of state value per minute","kind":"variable","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1148,"lineEnd":1148,"colStart":7,"colEnd":90},"within":["Real"],"instance":"Lpv"}},
"Lpv.dp":{"comment":"Pressure gradient","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2183,"lineEnd":2183,"colStart":8,"colEnd":45},"within":["Real"],"instance":"Lpv"}},
"Lpv.q_in.pressure":{"comment":"Pressure","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2096,"lineEnd":2096,"colStart":7,"colEnd":41},"within":["Real"],"instance":"Lpvq_in"}},
"Lpv.q_out.pressure":{"comment":"Pressure","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2096,"lineEnd":2096,"colStart":7,"colEnd":41},"within":["Real"],"instance":"Lpvq_out"}},
"Ltc.change":{"comment":"Dynamic change of state value per minute","kind":"variable","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1148,"lineEnd":1148,"colStart":7,"colEnd":90},"within":["Real"],"instance":"Ltc"}},
"Ltc.dp":{"comment":"Pressure gradient","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2183,"lineEnd":2183,"colStart":8,"colEnd":45},"within":["Real"],"instance":"Ltc"}},
"Ltc.q_in.pressure":{"comment":"Pressure","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2096,"lineEnd":2096,"colStart":7,"colEnd":41},"within":["Real"],"instance":"Ltcq_in"}},
"Ltc.q_out.pressure":{"comment":"Pressure","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2096,"lineEnd":2096,"colStart":7,"colEnd":41},"within":["Real"],"instance":"Ltcq_out"}},
"Rpul.dp":{"comment":"Pressure gradient","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2183,"lineEnd":2183,"colStart":8,"colEnd":45},"within":["Real"],"instance":"Rpul"}},
"Rpul.q_in.pressure":{"comment":"Pressure","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2096,"lineEnd":2096,"colStart":7,"colEnd":41},"within":["Real"],"instance":"Rpulq_in"}},
"Rpul.volumeFlowRate":{"comment":"Volumetric flow","kind":"variable","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2182,"lineEnd":2182,"colStart":8,"colEnd":61},"within":["Real"],"instance":"Rpul"}},
"Rsys.dp":{"comment":"Pressure gradient","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2183,"lineEnd":2183,"colStart":8,"colEnd":45},"within":["Real"],"instance":"Rsys"}},
"Rsys.volumeFlowRate":{"comment":"Volumetric flow","kind":"variable","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2182,"lineEnd":2182,"colStart":8,"colEnd":61},"within":["Real"],"instance":"Rsys"}},
"aorta.excessVolume":{"comment":"Additional volume, that generate pressure","kind":"variable","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1446,"lineEnd":1446,"colStart":7,"colEnd":76},"within":["Real"],"instance":"aorta"}},
"aorta.q_in.q":{"comment":"Volume flow","kind":"variable","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2097,"lineEnd":2097,"colStart":7,"colEnd":48},"within":["Real"],"instance":"aortaq_in"}},
"aorticValve.dp":{"comment":"Pressure gradient","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2183,"lineEnd":2183,"colStart":8,"colEnd":45},"within":["Real"],"instance":"aorticValve"}},
"aorticValve.passableVariable":{"comment":"Auxiliary variable for actual position on the ideal diode characteristic","kind":"variable","type":"Real","unit":"1","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1658,"lineEnd":1659,"colStart":8,"colEnd":83},"within":["Real"],"instance":"aorticValve"}},
"mitralValve.dp":{"comment":"Pressure gradient","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2183,"lineEnd":2183,"colStart":8,"colEnd":45},"within":["Real"],"instance":"mitralValve"}},
"mitralValve.passableVariable":{"comment":"Auxiliary variable for actual position on the ideal diode characteristic","kind":"variable","type":"Real","unit":"1","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1658,"lineEnd":1659,"colStart":8,"colEnd":83},"within":["Real"],"instance":"mitralValve"}},
"pressure":{"comment":"","kind":"variable","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":313,"lineEnd":314,"colStart":5,"colEnd":78},"within":["Real"]}},
"pressureMeasure.q_in.q":{"comment":"Volume flow","kind":"variable","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2097,"lineEnd":2097,"colStart":7,"colEnd":48},"within":["Real"],"instance":"pressureMeasureq_in"}},
"pulmonaryArteries.excessVolume":{"comment":"Additional volume, that generate pressure","kind":"variable","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1446,"lineEnd":1446,"colStart":7,"colEnd":76},"within":["Real"],"instance":"pulmonaryArteries"}},
"pulmonaryArteries.q_in.q":{"comment":"Volume flow","kind":"variable","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2097,"lineEnd":2097,"colStart":7,"colEnd":48},"within":["Real"],"instance":"pulmonaryArteriesq_in"}},
"pulmonaryValve.dp":{"comment":"Pressure gradient","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2183,"lineEnd":2183,"colStart":8,"colEnd":45},"within":["Real"],"instance":"pulmonaryValve"}},
"pulmonaryValve.passableVariable":{"comment":"Auxiliary variable for actual position on the ideal diode characteristic","kind":"variable","type":"Real","unit":"1","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1658,"lineEnd":1659,"colStart":8,"colEnd":83},"within":["Real"],"instance":"pulmonaryValve"}},
"pulmonaryVeins.excessVolume":{"comment":"Additional volume, that generate pressure","kind":"variable","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1446,"lineEnd":1446,"colStart":7,"colEnd":76},"within":["Real"],"instance":"pulmonaryVeins"}},
"pulmonaryVeins.q_in.q":{"comment":"Volume flow","kind":"variable","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2097,"lineEnd":2097,"colStart":7,"colEnd":48},"within":["Real"],"instance":"pulmonaryVeinsq_in"}},
"tricuspidValve.dp":{"comment":"Pressure gradient","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2183,"lineEnd":2183,"colStart":8,"colEnd":45},"within":["Real"],"instance":"tricuspidValve"}},
"tricuspidValve.passableVariable":{"comment":"Auxiliary variable for actual position on the ideal diode characteristic","kind":"variable","type":"Real","unit":"1","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1658,"lineEnd":1659,"colStart":8,"colEnd":83},"within":["Real"],"instance":"tricuspidValve"}},
"venaCava.excessVolume":{"comment":"Additional volume, that generate pressure","kind":"variable","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1446,"lineEnd":1446,"colStart":7,"colEnd":76},"within":["Real"],"instance":"venaCava"}},
"venaCava.q_in.q":{"comment":"Volume flow","kind":"variable","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2097,"lineEnd":2097,"colStart":7,"colEnd":48},"within":["Real"],"instance":"venaCavaq_in"}},
"ventricularInteraction_flat.Pperi":{"comment":"","kind":"variable","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":206,"lineEnd":206,"colStart":5,"colEnd":26},"within":["Real"],"instance":"ventricularInteraction_flat"}},
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"ventricularInteraction_flat.Vperi":{"comment":"","kind":"variable","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":204,"lineEnd":204,"colStart":5,"colEnd":40},"within":["Real"],"instance":"ventricularInteraction_flat"}},
"ventricularInteraction_flat.Vsept":{"comment":"","kind":"variable","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":204,"lineEnd":204,"colStart":5,"colEnd":40},"within":["Real"],"instance":"ventricularInteraction_flat"}},
"ventricularInteraction_flat.lvflow.q":{"comment":"Volume flow","kind":"variable","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2097,"lineEnd":2097,"colStart":7,"colEnd":48},"within":["Real"],"instance":"ventricularInteraction_flatlvflow"}},
"ventricularInteraction_flat.rvflow.q":{"comment":"Volume flow","kind":"variable","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":2097,"lineEnd":2097,"colStart":7,"colEnd":48},"within":["Real"],"instance":"ventricularInteraction_flatrvflow"}},
"ventricularInteraction_flat.tm":{"comment":"","kind":"variable","type":"Real","unit":"s","displayUnit":"min","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":212,"lineEnd":212,"colStart":5,"colEnd":12},"within":["Real"],"instance":"ventricularInteraction_flat"}},
"$whenCondition1":{"comment":"ventricularInteraction_flat.tm >= pre(ventricularInteraction_flat.HP)","kind":"discrete","type":"Boolean","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":247,"lineEnd":247,"colStart":7,"colEnd":25},"within":["FMITest.VentricularInteraction_flat$ventricularInteraction_flat"],"instance":"ventricularInteraction_flat"}},
"mitralValve.open":{"comment":"Switching state","kind":"discrete","type":"Boolean","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1657,"lineEnd":1657,"colStart":8,"colEnd":50},"within":["Boolean"],"instance":"mitralValve"}},
"pulmonaryValve.open":{"comment":"Switching state","kind":"discrete","type":"Boolean","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1657,"lineEnd":1657,"colStart":8,"colEnd":50},"within":["Boolean"],"instance":"pulmonaryValve"}},
"tricuspidValve.open":{"comment":"Switching state","kind":"discrete","type":"Boolean","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1657,"lineEnd":1657,"colStart":8,"colEnd":50},"within":["Boolean"],"instance":"tricuspidValve"}},
"BW":{"comment":"Body weight","kind":"parameter","type":"Real","unit":"kg","displayUnit":"g","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":294,"lineEnd":294,"colStart":5,"colEnd":63},"within":["Real"]}},
"HR.k":{"comment":"Constant Frequency output value","kind":"parameter","type":"Real","unit":"Hz","displayUnit":"1/min","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Types.mo","lineStart":577,"lineEnd":577,"colStart":4,"colEnd":65},"within":["Real"],"instance":"HR"}},
"Hgt":{"comment":"Body height","kind":"parameter","type":"Real","unit":"m","displayUnit":"","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":295,"lineEnd":295,"colStart":5,"colEnd":62},"within":["Real"]}},
"IntraThoracicPressure.k":{"comment":"Constant Pressure output value","kind":"parameter","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Types.mo","lineStart":1108,"lineEnd":1108,"colStart":4,"colEnd":63},"within":["Real"],"instance":"IntraThoracicPressure"}},
"Lav.I":{"comment":"Inertance","kind":"parameter","type":"Real","unit":"Pa.s2/m3","displayUnit":"mmHg.s2/ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1642,"lineEnd":1642,"colStart":7,"colEnd":55},"within":["Real"],"instance":"Lav"}},
"Lav.defaultValue":{"comment":"Default value of state.","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1171,"lineEnd":1171,"colStart":7,"colEnd":73},"within":["Real"],"instance":"Lav"}},
"Lav.initialValue":{"comment":"Initial value of state.","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1172,"lineEnd":1172,"colStart":7,"colEnd":73},"within":["Real"],"instance":"Lav"}},
"Lav.state_start":{"comment":"State start or init value","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1141,"lineEnd":1142,"colStart":7,"colEnd":90},"within":["Real"],"instance":"Lav"}},
"Lav.volumeFlow_start":{"comment":"Volumetric flow start value","kind":"parameter","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1638,"lineEnd":1640,"colStart":7,"colEnd":53},"within":["Real"],"instance":"Lav"}},
"Lmt.I":{"comment":"Inertance","kind":"parameter","type":"Real","unit":"Pa.s2/m3","displayUnit":"mmHg.s2/ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1642,"lineEnd":1642,"colStart":7,"colEnd":55},"within":["Real"],"instance":"Lmt"}},
"Lmt.defaultValue":{"comment":"Default value of state.","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1171,"lineEnd":1171,"colStart":7,"colEnd":73},"within":["Real"],"instance":"Lmt"}},
"Lmt.initialValue":{"comment":"Initial value of state.","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1172,"lineEnd":1172,"colStart":7,"colEnd":73},"within":["Real"],"instance":"Lmt"}},
"Lmt.state_start":{"comment":"State start or init value","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1141,"lineEnd":1142,"colStart":7,"colEnd":90},"within":["Real"],"instance":"Lmt"}},
"Lmt.volumeFlow_start":{"comment":"Volumetric flow start value","kind":"parameter","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1638,"lineEnd":1640,"colStart":7,"colEnd":53},"within":["Real"],"instance":"Lmt"}},
"Lpv.I":{"comment":"Inertance","kind":"parameter","type":"Real","unit":"Pa.s2/m3","displayUnit":"mmHg.s2/ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1642,"lineEnd":1642,"colStart":7,"colEnd":55},"within":["Real"],"instance":"Lpv"}},
"Lpv.defaultValue":{"comment":"Default value of state.","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1171,"lineEnd":1171,"colStart":7,"colEnd":73},"within":["Real"],"instance":"Lpv"}},
"Lpv.initialValue":{"comment":"Initial value of state.","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1172,"lineEnd":1172,"colStart":7,"colEnd":73},"within":["Real"],"instance":"Lpv"}},
"Lpv.state_start":{"comment":"State start or init value","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1141,"lineEnd":1142,"colStart":7,"colEnd":90},"within":["Real"],"instance":"Lpv"}},
"Lpv.volumeFlow_start":{"comment":"Volumetric flow start value","kind":"parameter","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1638,"lineEnd":1640,"colStart":7,"colEnd":53},"within":["Real"],"instance":"Lpv"}},
"Ltc.I":{"comment":"Inertance","kind":"parameter","type":"Real","unit":"Pa.s2/m3","displayUnit":"mmHg.s2/ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1642,"lineEnd":1642,"colStart":7,"colEnd":55},"within":["Real"],"instance":"Ltc"}},
"Ltc.defaultValue":{"comment":"Default value of state.","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1171,"lineEnd":1171,"colStart":7,"colEnd":73},"within":["Real"],"instance":"Ltc"}},
"Ltc.initialValue":{"comment":"Initial value of state.","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1172,"lineEnd":1172,"colStart":7,"colEnd":73},"within":["Real"],"instance":"Ltc"}},
"Ltc.state_start":{"comment":"State start or init value","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1141,"lineEnd":1142,"colStart":7,"colEnd":90},"within":["Real"],"instance":"Ltc"}},
"Ltc.volumeFlow_start":{"comment":"Volumetric flow start value","kind":"parameter","type":"Real","unit":"m3/s","displayUnit":"m3/s","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1638,"lineEnd":1640,"colStart":7,"colEnd":53},"within":["Real"],"instance":"Ltc"}},
"Q_av0":{"comment":"","kind":"parameter","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":308,"lineEnd":308,"colStart":5,"colEnd":75},"within":["Real"]}},
"Q_mt0":{"comment":"","kind":"parameter","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":307,"lineEnd":307,"colStart":5,"colEnd":77},"within":["Real"]}},
"Q_pv0":{"comment":"","kind":"parameter","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":310,"lineEnd":310,"colStart":5,"colEnd":75},"within":["Real"]}},
"Q_tc0":{"comment":"","kind":"parameter","type":"Real","unit":"m3/s","displayUnit":"ml/min","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":309,"lineEnd":309,"colStart":5,"colEnd":77},"within":["Real"]}},
"Rpul.Conductance":{"comment":"Hydraulic conductance if useConductanceInput=false","kind":"parameter","type":"Real","unit":"m3/(Pa.s)","displayUnit":"ml/(mmHg.min)","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1397,"lineEnd":1399,"colStart":7,"colEnd":60},"within":["Real"],"instance":"Rpul"}},
"Rpul.Resistance":{"comment":"Hydraulic conductance if useConductanceInput=false","kind":"parameter","type":"Real","unit":"(Pa.s)/m3","displayUnit":"(mmHg.s)/ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1431,"lineEnd":1432,"colStart":7,"colEnd":61},"within":["Real"],"instance":"Rpul"}},
"Rsys.Conductance":{"comment":"Hydraulic conductance if useConductanceInput=false","kind":"parameter","type":"Real","unit":"m3/(Pa.s)","displayUnit":"ml/(mmHg.min)","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1397,"lineEnd":1399,"colStart":7,"colEnd":60},"within":["Real"],"instance":"Rsys"}},
"Rsys.Resistance":{"comment":"Hydraulic conductance if useConductanceInput=false","kind":"parameter","type":"Real","unit":"(Pa.s)/m3","displayUnit":"(mmHg.s)/ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1431,"lineEnd":1432,"colStart":7,"colEnd":61},"within":["Real"],"instance":"Rsys"}},
"TotBV":{"comment":"total blood volume ( Nadler et al. Surgery 51:224,1962)","kind":"parameter","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":297,"lineEnd":297,"colStart":5,"colEnd":242},"within":["Real"]}},
"V_ao0":{"comment":"","kind":"parameter","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":305,"lineEnd":305,"colStart":5,"colEnd":73},"within":["Real"]}},
"V_lv0":{"comment":"","kind":"parameter","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":301,"lineEnd":301,"colStart":5,"colEnd":73},"within":["Real"]}},
"V_pa0":{"comment":"","kind":"parameter","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":303,"lineEnd":303,"colStart":5,"colEnd":73},"within":["Real"]}},
"V_pu0":{"comment":"","kind":"parameter","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":304,"lineEnd":304,"colStart":5,"colEnd":73},"within":["Real"]}},
"V_rv0":{"comment":"","kind":"parameter","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":302,"lineEnd":302,"colStart":5,"colEnd":73},"within":["Real"]}},
"V_vc0":{"comment":"","kind":"parameter","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":306,"lineEnd":306,"colStart":5,"colEnd":73},"within":["Real"]}},
"aorta.CollapsingPressureVolume":{"comment":"Maximal volume, which generate negative collapsing pressure","kind":"parameter","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1456,"lineEnd":1457,"colStart":9,"colEnd":70},"within":["Real"],"instance":"aorta"}},
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"aorta.ExternalPressure":{"comment":"External pressure. Set zero if internal pressure is relative to external. Valid only if useExternalPressureInput=false.","kind":"parameter","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1479,"lineEnd":1481,"colStart":7,"colEnd":65},"within":["Real"],"instance":"aorta"}},
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"aorta.a":{"comment":"","kind":"parameter","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1501,"lineEnd":1501,"colStart":7,"colEnd":87},"within":["Real"],"instance":"aorta"}},
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"aorta.initialValue":{"comment":"Initial value of state.","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1172,"lineEnd":1172,"colStart":7,"colEnd":73},"within":["Real"],"instance":"aorta"}},
"aorta.state_start":{"comment":"State start or init value","kind":"parameter","type":"Real","unit":"","displayUnit":"","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1141,"lineEnd":1142,"colStart":7,"colEnd":90},"within":["Real"],"instance":"aorta"}},
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"aorticValve._Gon":{"comment":"Forward state-on conductance (open valve conductance)","kind":"parameter","type":"Real","unit":"m3/(Pa.s)","displayUnit":"l/(mmHg.min)","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1663,"lineEnd":1665,"colStart":7,"colEnd":60},"within":["Real"],"instance":"aorticValve"}},
"aorticValve._Ron":{"comment":"forward state resistance","kind":"parameter","type":"Real","unit":"(Pa.s)/m3","displayUnit":"(mmHg.s)/ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1726,"lineEnd":1727,"colStart":7,"colEnd":35},"within":["Real"],"instance":"aorticValve"}},
"mitralValve.Pknee":{"comment":"Forward threshold pressure","kind":"parameter","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1669,"lineEnd":1670,"colStart":7,"colEnd":37},"within":["Real"],"instance":"mitralValve"}},
"mitralValve._Goff":{"comment":"Backward state-off conductance (closed valve conductance)","kind":"parameter","type":"Real","unit":"m3/(Pa.s)","displayUnit":"l/(mmHg.min)","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1666,"lineEnd":1668,"colStart":7,"colEnd":60},"within":["Real"],"instance":"mitralValve"}},
"mitralValve._Gon":{"comment":"Forward state-on conductance (open valve conductance)","kind":"parameter","type":"Real","unit":"m3/(Pa.s)","displayUnit":"l/(mmHg.min)","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1663,"lineEnd":1665,"colStart":7,"colEnd":60},"within":["Real"],"instance":"mitralValve"}},
"mitralValve._Ron":{"comment":"forward state resistance","kind":"parameter","type":"Real","unit":"(Pa.s)/m3","displayUnit":"(mmHg.s)/ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1726,"lineEnd":1727,"colStart":7,"colEnd":35},"within":["Real"],"instance":"mitralValve"}},
"pulmonaryArteries.CollapsingPressureVolume":{"comment":"Maximal volume, which generate negative collapsing pressure","kind":"parameter","type":"Real","unit":"m3","displayUnit":"ml","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1456,"lineEnd":1457,"colStart":9,"colEnd":70},"within":["Real"],"instance":"pulmonaryArteries"}},
"pulmonaryArteries.Compliance":{"comment":"Compliance if useComplianceInput=false","kind":"parameter","type":"Real","unit":"m3/Pa","displayUnit":"ml/mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1467,"lineEnd":1469,"colStart":7,"colEnd":59},"within":["Real"],"instance":"pulmonaryArteries"}},
"pulmonaryArteries.Elastance":{"comment":"Elastance if useComplianceInput=false","kind":"parameter","type":"Real","unit":"Pa/m3","displayUnit":"Pa/m3","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1556,"lineEnd":1557,"colStart":7,"colEnd":99},"within":["Real"],"instance":"pulmonaryArteries"}},
"pulmonaryArteries.ExternalPressure":{"comment":"External pressure. Set zero if internal pressure is relative to external. Valid only if useExternalPressureInput=false.","kind":"parameter","type":"Real","unit":"Pa","displayUnit":"mmHg","source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1479,"lineEnd":1481,"colStart":7,"colEnd":65},"within":["Real"],"instance":"pulmonaryArteries"}},
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{"eqIndex":330,"section":"parameter","tag":"algorithm","equation":["assert(ventricularInteraction_flat.lambdaperi >= 0.0, \"Variable violating min constraint: 0.0 <= ventricularInteraction_flat.lambdaperi, has value: \" + String(ventricularInteraction_flat.lambdaperi, \"g\"));"],"source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":219,"lineEnd":219,"colStart":5,"colEnd":78},"within":["Real"],"instance":"ventricularInteraction_flat"}},
{"eqIndex":331,"section":"parameter","tag":"algorithm","equation":["assert(ventricularInteraction_flat.lambdalv >= 0.0, \"Variable violating min constraint: 0.0 <= ventricularInteraction_flat.lambdalv, has value: \" + String(ventricularInteraction_flat.lambdalv, \"g\"));"],"source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":218,"lineEnd":218,"colStart":5,"colEnd":76},"within":["Real"],"instance":"ventricularInteraction_flat"}},
{"eqIndex":332,"section":"parameter","tag":"algorithm","equation":["assert(ventricularInteraction_flat.lambdarv >= 0.0, \"Variable violating min constraint: 0.0 <= ventricularInteraction_flat.lambdarv, has value: \" + String(ventricularInteraction_flat.lambdarv, \"g\"));"],"source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":217,"lineEnd":217,"colStart":5,"colEnd":76},"within":["Real"],"instance":"ventricularInteraction_flat"}},
{"eqIndex":333,"section":"parameter","tag":"algorithm","equation":["assert(ventricularInteraction_flat.lambdas >= 0.0, \"Variable violating min constraint: 0.0 <= ventricularInteraction_flat.lambdas, has value: \" + String(ventricularInteraction_flat.lambdas, \"g\"));"],"source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":216,"lineEnd":216,"colStart":5,"colEnd":75},"within":["Real"],"instance":"ventricularInteraction_flat"}},
{"eqIndex":334,"section":"parameter","tag":"algorithm","equation":["assert(ventricularInteraction_flat.V0peri >= 0.0, \"Variable violating min constraint: 0.0 <= ventricularInteraction_flat.V0peri, has value: \" + String(ventricularInteraction_flat.V0peri, \"g\"));"],"source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":205,"lineEnd":205,"colStart":5,"colEnd":45},"within":["Real"],"instance":"ventricularInteraction_flat"}},
{"eqIndex":335,"section":"parameter","tag":"algorithm","equation":["assert(ventricularInteraction_flat.V0sept >= 0.0, \"Variable violating min constraint: 0.0 <= ventricularInteraction_flat.V0sept, has value: \" + String(ventricularInteraction_flat.V0sept, \"g\"));"],"source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":205,"lineEnd":205,"colStart":5,"colEnd":45},"within":["Real"],"instance":"ventricularInteraction_flat"}},
{"eqIndex":336,"section":"parameter","tag":"algorithm","equation":["assert(Lmt.Simulation >= Physiolibrary.Types.SimulationType.NoInit and Lmt.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, \"Variable violating min/max constraint: Physiolibrary.Types.SimulationType.NoInit <= Lmt.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, has value: \" + String(Lmt.Simulation, \"d\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1133,"lineEnd":1135,"colStart":7,"colEnd":98},"within":["Physiolibrary.Types.SimulationType"],"instance":"Lmt"}},
{"eqIndex":337,"section":"parameter","tag":"algorithm","equation":["assert(Ltc.Simulation >= Physiolibrary.Types.SimulationType.NoInit and Ltc.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, \"Variable violating min/max constraint: Physiolibrary.Types.SimulationType.NoInit <= Ltc.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, has value: \" + String(Ltc.Simulation, \"d\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1133,"lineEnd":1135,"colStart":7,"colEnd":98},"within":["Physiolibrary.Types.SimulationType"],"instance":"Ltc"}},
{"eqIndex":338,"section":"parameter","tag":"algorithm","equation":["assert(mitralValve._Ron >= 0.0, \"Variable violating min constraint: 0.0 <= mitralValve._Ron, has value: \" + String(mitralValve._Ron, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1726,"lineEnd":1727,"colStart":7,"colEnd":35},"within":["Real"],"instance":"mitralValve"}},
{"eqIndex":339,"section":"parameter","tag":"algorithm","equation":["assert(mitralValve.Pknee >= 0.0, \"Variable violating min constraint: 0.0 <= mitralValve.Pknee, has value: \" + String(mitralValve.Pknee, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1669,"lineEnd":1670,"colStart":7,"colEnd":37},"within":["Real"],"instance":"mitralValve"}},
{"eqIndex":340,"section":"parameter","tag":"algorithm","equation":["assert(mitralValve._Goff >= 0.0, \"Variable violating min constraint: 0.0 <= mitralValve._Goff, has value: \" + String(mitralValve._Goff, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1666,"lineEnd":1668,"colStart":7,"colEnd":60},"within":["Real"],"instance":"mitralValve"}},
{"eqIndex":341,"section":"parameter","tag":"algorithm","equation":["assert(mitralValve._Gon >= 0.0, \"Variable violating min constraint: 0.0 <= mitralValve._Gon, has value: \" + String(mitralValve._Gon, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1663,"lineEnd":1665,"colStart":7,"colEnd":60},"within":["Real"],"instance":"mitralValve"}},
{"eqIndex":342,"section":"parameter","tag":"algorithm","equation":["assert(pulmonaryVeins.CollapsingPressureVolume >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryVeins.CollapsingPressureVolume, has value: \" + String(pulmonaryVeins.CollapsingPressureVolume, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1456,"lineEnd":1457,"colStart":9,"colEnd":70},"within":["Real"],"instance":"pulmonaryVeins"}},
{"eqIndex":343,"section":"parameter","tag":"algorithm","equation":["assert(pulmonaryVeins.ZeroPressureVolume >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryVeins.ZeroPressureVolume, has value: \" + String(pulmonaryVeins.ZeroPressureVolume, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1452,"lineEnd":1454,"colStart":8,"colEnd":51},"within":["Real"],"instance":"pulmonaryVeins"}},
{"eqIndex":344,"section":"parameter","tag":"algorithm","equation":["assert(pulmonaryVeins.volume_start >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryVeins.volume_start, has value: \" + String(pulmonaryVeins.volume_start, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1444,"lineEnd":1445,"colStart":7,"colEnd":53},"within":["Real"],"instance":"pulmonaryVeins"}},
{"eqIndex":345,"section":"parameter","tag":"algorithm","equation":["assert(pulmonaryVeins.Simulation >= Physiolibrary.Types.SimulationType.NoInit and pulmonaryVeins.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, \"Variable violating min/max constraint: Physiolibrary.Types.SimulationType.NoInit <= pulmonaryVeins.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, has value: \" + String(pulmonaryVeins.Simulation, \"d\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1133,"lineEnd":1135,"colStart":7,"colEnd":98},"within":["Physiolibrary.Types.SimulationType"],"instance":"pulmonaryVeins"}},
{"eqIndex":346,"section":"parameter","tag":"algorithm","equation":["assert(Rpul.Resistance >= 0.0, \"Variable violating min constraint: 0.0 <= Rpul.Resistance, has value: \" + String(Rpul.Resistance, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1431,"lineEnd":1432,"colStart":7,"colEnd":61},"within":["Real"],"instance":"Rpul"}},
{"eqIndex":347,"section":"parameter","tag":"algorithm","equation":["assert(Rpul.Conductance >= 0.0, \"Variable violating min constraint: 0.0 <= Rpul.Conductance, has value: \" + String(Rpul.Conductance, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1397,"lineEnd":1399,"colStart":7,"colEnd":60},"within":["Real"],"instance":"Rpul"}},
{"eqIndex":348,"section":"parameter","tag":"algorithm","equation":["assert(pulmonaryArteries.CollapsingPressureVolume >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryArteries.CollapsingPressureVolume, has value: \" + String(pulmonaryArteries.CollapsingPressureVolume, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1456,"lineEnd":1457,"colStart":9,"colEnd":70},"within":["Real"],"instance":"pulmonaryArteries"}},
{"eqIndex":349,"section":"parameter","tag":"algorithm","equation":["assert(pulmonaryArteries.ZeroPressureVolume >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryArteries.ZeroPressureVolume, has value: \" + String(pulmonaryArteries.ZeroPressureVolume, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1452,"lineEnd":1454,"colStart":8,"colEnd":51},"within":["Real"],"instance":"pulmonaryArteries"}},
{"eqIndex":350,"section":"parameter","tag":"algorithm","equation":["assert(pulmonaryArteries.volume_start >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryArteries.volume_start, has value: \" + String(pulmonaryArteries.volume_start, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1444,"lineEnd":1445,"colStart":7,"colEnd":53},"within":["Real"],"instance":"pulmonaryArteries"}},
{"eqIndex":351,"section":"parameter","tag":"algorithm","equation":["assert(pulmonaryArteries.Simulation >= Physiolibrary.Types.SimulationType.NoInit and pulmonaryArteries.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, \"Variable violating min/max constraint: Physiolibrary.Types.SimulationType.NoInit <= pulmonaryArteries.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, has value: \" + String(pulmonaryArteries.Simulation, \"d\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1133,"lineEnd":1135,"colStart":7,"colEnd":98},"within":["Physiolibrary.Types.SimulationType"],"instance":"pulmonaryArteries"}},
{"eqIndex":352,"section":"parameter","tag":"algorithm","equation":["assert(pulmonaryValve._Ron >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryValve._Ron, has value: \" + String(pulmonaryValve._Ron, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1726,"lineEnd":1727,"colStart":7,"colEnd":35},"within":["Real"],"instance":"pulmonaryValve"}},
{"eqIndex":353,"section":"parameter","tag":"algorithm","equation":["assert(pulmonaryValve.Pknee >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryValve.Pknee, has value: \" + String(pulmonaryValve.Pknee, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1669,"lineEnd":1670,"colStart":7,"colEnd":37},"within":["Real"],"instance":"pulmonaryValve"}},
{"eqIndex":354,"section":"parameter","tag":"algorithm","equation":["assert(pulmonaryValve._Goff >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryValve._Goff, has value: \" + String(pulmonaryValve._Goff, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1666,"lineEnd":1668,"colStart":7,"colEnd":60},"within":["Real"],"instance":"pulmonaryValve"}},
{"eqIndex":355,"section":"parameter","tag":"algorithm","equation":["assert(pulmonaryValve._Gon >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryValve._Gon, has value: \" + String(pulmonaryValve._Gon, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1663,"lineEnd":1665,"colStart":7,"colEnd":60},"within":["Real"],"instance":"pulmonaryValve"}},
{"eqIndex":356,"section":"parameter","tag":"algorithm","equation":["assert(Lpv.Simulation >= Physiolibrary.Types.SimulationType.NoInit and Lpv.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, \"Variable violating min/max constraint: Physiolibrary.Types.SimulationType.NoInit <= Lpv.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, has value: \" + String(Lpv.Simulation, \"d\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1133,"lineEnd":1135,"colStart":7,"colEnd":98},"within":["Physiolibrary.Types.SimulationType"],"instance":"Lpv"}},
{"eqIndex":357,"section":"parameter","tag":"algorithm","equation":["assert(Lav.Simulation >= Physiolibrary.Types.SimulationType.NoInit and Lav.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, \"Variable violating min/max constraint: Physiolibrary.Types.SimulationType.NoInit <= Lav.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, has value: \" + String(Lav.Simulation, \"d\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1133,"lineEnd":1135,"colStart":7,"colEnd":98},"within":["Physiolibrary.Types.SimulationType"],"instance":"Lav"}},
{"eqIndex":358,"section":"parameter","tag":"algorithm","equation":["assert(tricuspidValve._Ron >= 0.0, \"Variable violating min constraint: 0.0 <= tricuspidValve._Ron, has value: \" + String(tricuspidValve._Ron, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1726,"lineEnd":1727,"colStart":7,"colEnd":35},"within":["Real"],"instance":"tricuspidValve"}},
{"eqIndex":359,"section":"parameter","tag":"algorithm","equation":["assert(tricuspidValve.Pknee >= 0.0, \"Variable violating min constraint: 0.0 <= tricuspidValve.Pknee, has value: \" + String(tricuspidValve.Pknee, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1669,"lineEnd":1670,"colStart":7,"colEnd":37},"within":["Real"],"instance":"tricuspidValve"}},
{"eqIndex":360,"section":"parameter","tag":"algorithm","equation":["assert(tricuspidValve._Goff >= 0.0, \"Variable violating min constraint: 0.0 <= tricuspidValve._Goff, has value: \" + String(tricuspidValve._Goff, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1666,"lineEnd":1668,"colStart":7,"colEnd":60},"within":["Real"],"instance":"tricuspidValve"}},
{"eqIndex":361,"section":"parameter","tag":"algorithm","equation":["assert(tricuspidValve._Gon >= 0.0, \"Variable violating min constraint: 0.0 <= tricuspidValve._Gon, has value: \" + String(tricuspidValve._Gon, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1663,"lineEnd":1665,"colStart":7,"colEnd":60},"within":["Real"],"instance":"tricuspidValve"}},
{"eqIndex":362,"section":"parameter","tag":"algorithm","equation":["assert(Rsys.Resistance >= 0.0, \"Variable violating min constraint: 0.0 <= Rsys.Resistance, has value: \" + String(Rsys.Resistance, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1431,"lineEnd":1432,"colStart":7,"colEnd":61},"within":["Real"],"instance":"Rsys"}},
{"eqIndex":363,"section":"parameter","tag":"algorithm","equation":["assert(Rsys.Conductance >= 0.0, \"Variable violating min constraint: 0.0 <= Rsys.Conductance, has value: \" + String(Rsys.Conductance, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1397,"lineEnd":1399,"colStart":7,"colEnd":60},"within":["Real"],"instance":"Rsys"}},
{"eqIndex":364,"section":"parameter","tag":"algorithm","equation":["assert(aorticValve._Ron >= 0.0, \"Variable violating min constraint: 0.0 <= aorticValve._Ron, has value: \" + String(aorticValve._Ron, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1726,"lineEnd":1727,"colStart":7,"colEnd":35},"within":["Real"],"instance":"aorticValve"}},
{"eqIndex":365,"section":"parameter","tag":"algorithm","equation":["assert(aorticValve.Pknee >= 0.0, \"Variable violating min constraint: 0.0 <= aorticValve.Pknee, has value: \" + String(aorticValve.Pknee, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1669,"lineEnd":1670,"colStart":7,"colEnd":37},"within":["Real"],"instance":"aorticValve"}},
{"eqIndex":366,"section":"parameter","tag":"algorithm","equation":["assert(aorticValve._Goff >= 0.0, \"Variable violating min constraint: 0.0 <= aorticValve._Goff, has value: \" + String(aorticValve._Goff, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1666,"lineEnd":1668,"colStart":7,"colEnd":60},"within":["Real"],"instance":"aorticValve"}},
{"eqIndex":367,"section":"parameter","tag":"algorithm","equation":["assert(aorticValve._Gon >= 0.0, \"Variable violating min constraint: 0.0 <= aorticValve._Gon, has value: \" + String(aorticValve._Gon, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1663,"lineEnd":1665,"colStart":7,"colEnd":60},"within":["Real"],"instance":"aorticValve"}},
{"eqIndex":368,"section":"parameter","tag":"algorithm","equation":["assert(venaCava.CollapsingPressureVolume >= 0.0, \"Variable violating min constraint: 0.0 <= venaCava.CollapsingPressureVolume, has value: \" + String(venaCava.CollapsingPressureVolume, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1456,"lineEnd":1457,"colStart":9,"colEnd":70},"within":["Real"],"instance":"venaCava"}},
{"eqIndex":369,"section":"parameter","tag":"algorithm","equation":["assert(venaCava.ZeroPressureVolume >= 0.0, \"Variable violating min constraint: 0.0 <= venaCava.ZeroPressureVolume, has value: \" + String(venaCava.ZeroPressureVolume, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1452,"lineEnd":1454,"colStart":8,"colEnd":51},"within":["Real"],"instance":"venaCava"}},
{"eqIndex":370,"section":"parameter","tag":"algorithm","equation":["assert(venaCava.volume_start >= 0.0, \"Variable violating min constraint: 0.0 <= venaCava.volume_start, has value: \" + String(venaCava.volume_start, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1444,"lineEnd":1445,"colStart":7,"colEnd":53},"within":["Real"],"instance":"venaCava"}},
{"eqIndex":371,"section":"parameter","tag":"algorithm","equation":["assert(venaCava.Simulation >= Physiolibrary.Types.SimulationType.NoInit and venaCava.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, \"Variable violating min/max constraint: Physiolibrary.Types.SimulationType.NoInit <= venaCava.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, has value: \" + String(venaCava.Simulation, \"d\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1133,"lineEnd":1135,"colStart":7,"colEnd":98},"within":["Physiolibrary.Types.SimulationType"],"instance":"venaCava"}},
{"eqIndex":372,"section":"parameter","tag":"algorithm","equation":["assert(aorta.CollapsingPressureVolume >= 0.0, \"Variable violating min constraint: 0.0 <= aorta.CollapsingPressureVolume, has value: \" + String(aorta.CollapsingPressureVolume, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1456,"lineEnd":1457,"colStart":9,"colEnd":70},"within":["Real"],"instance":"aorta"}},
{"eqIndex":373,"section":"parameter","tag":"algorithm","equation":["assert(aorta.ZeroPressureVolume >= 0.0, \"Variable violating min constraint: 0.0 <= aorta.ZeroPressureVolume, has value: \" + String(aorta.ZeroPressureVolume, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1452,"lineEnd":1454,"colStart":8,"colEnd":51},"within":["Real"],"instance":"aorta"}},
{"eqIndex":374,"section":"parameter","tag":"algorithm","equation":["assert(aorta.volume_start >= 0.0, \"Variable violating min constraint: 0.0 <= aorta.volume_start, has value: \" + String(aorta.volume_start, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1444,"lineEnd":1445,"colStart":7,"colEnd":53},"within":["Real"],"instance":"aorta"}},
{"eqIndex":375,"section":"parameter","tag":"algorithm","equation":["assert(aorta.Simulation >= Physiolibrary.Types.SimulationType.NoInit and aorta.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, \"Variable violating min/max constraint: Physiolibrary.Types.SimulationType.NoInit <= aorta.Simulation <= Physiolibrary.Types.SimulationType.SteadyState, has value: \" + String(aorta.Simulation, \"d\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1133,"lineEnd":1135,"colStart":7,"colEnd":98},"within":["Physiolibrary.Types.SimulationType"],"instance":"aorta"}},
{"eqIndex":376,"section":"assertions","tag":"algorithm","equation":["assert(aorta.state >= 0.0, \"Variable violating min constraint: 0.0 <= aorta.state, has value: \" + String(aorta.state, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"aorta"}},
{"eqIndex":377,"section":"assertions","tag":"algorithm","equation":["assert(aorta.excessVolume >= 0.0, \"Variable violating min constraint: 0.0 <= aorta.excessVolume, has value: \" + String(aorta.excessVolume, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1446,"lineEnd":1446,"colStart":7,"colEnd":76},"within":["Real"],"instance":"aorta"}},
{"eqIndex":378,"section":"assertions","tag":"algorithm","equation":["assert(venaCava.state >= 0.0, \"Variable violating min constraint: 0.0 <= venaCava.state, has value: \" + String(venaCava.state, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"venaCava"}},
{"eqIndex":379,"section":"assertions","tag":"algorithm","equation":["assert(venaCava.excessVolume >= 0.0, \"Variable violating min constraint: 0.0 <= venaCava.excessVolume, has value: \" + String(venaCava.excessVolume, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1446,"lineEnd":1446,"colStart":7,"colEnd":76},"within":["Real"],"instance":"venaCava"}},
{"eqIndex":380,"section":"assertions","tag":"algorithm","equation":["assert(pulmonaryArteries.state >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryArteries.state, has value: \" + String(pulmonaryArteries.state, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"pulmonaryArteries"}},
{"eqIndex":381,"section":"assertions","tag":"algorithm","equation":["assert(pulmonaryArteries.excessVolume >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryArteries.excessVolume, has value: \" + String(pulmonaryArteries.excessVolume, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1446,"lineEnd":1446,"colStart":7,"colEnd":76},"within":["Real"],"instance":"pulmonaryArteries"}},
{"eqIndex":382,"section":"assertions","tag":"algorithm","equation":["assert(pulmonaryVeins.state >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryVeins.state, has value: \" + String(pulmonaryVeins.state, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/SteadyStates.mo","lineStart":1144,"lineEnd":1147,"colStart":7,"colEnd":37},"within":["Real"],"instance":"pulmonaryVeins"}},
{"eqIndex":383,"section":"assertions","tag":"algorithm","equation":["assert(pulmonaryVeins.excessVolume >= 0.0, \"Variable violating min constraint: 0.0 <= pulmonaryVeins.excessVolume, has value: \" + String(pulmonaryVeins.excessVolume, \"g\"));"],"source":{"info":{"file":"C:/home/git/Physiolibrary.models/Physiolibrary/Physiolibrary/Hydraulic.mo","lineStart":1446,"lineEnd":1446,"colStart":7,"colEnd":76},"within":["Real"],"instance":"pulmonaryVeins"}},
{"eqIndex":384,"section":"assertions","tag":"algorithm","equation":["assert(ventricularInteraction_flat.Vsept >= 0.0, \"Variable violating min constraint: 0.0 <= ventricularInteraction_flat.Vsept, has value: \" + String(ventricularInteraction_flat.Vsept, \"g\"));"],"source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":204,"lineEnd":204,"colStart":5,"colEnd":40},"within":["Real"],"instance":"ventricularInteraction_flat"}},
{"eqIndex":385,"section":"assertions","tag":"algorithm","equation":["assert(ventricularInteraction_flat.Vperi >= 0.0, \"Variable violating min constraint: 0.0 <= ventricularInteraction_flat.Vperi, has value: \" + String(ventricularInteraction_flat.Vperi, \"g\"));"],"source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":204,"lineEnd":204,"colStart":5,"colEnd":40},"within":["Real"],"instance":"ventricularInteraction_flat"}},
{"eqIndex":386,"section":"assertions","tag":"algorithm","equation":["assert(ventricularInteraction_flat.Vlv >= 0.0, \"Variable violating min constraint: 0.0 <= ventricularInteraction_flat.Vlv, has value: \" + String(ventricularInteraction_flat.Vlv, \"g\"));"],"source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":234,"lineEnd":237,"colStart":5,"colEnd":37},"within":["Real"],"instance":"ventricularInteraction_flat"}},
{"eqIndex":387,"section":"assertions","tag":"algorithm","equation":["assert(ventricularInteraction_flat.Vrv >= 0.0, \"Variable violating min constraint: 0.0 <= ventricularInteraction_flat.Vrv, has value: \" + String(ventricularInteraction_flat.Vrv, \"g\"));"],"source":{"info":{"file":"C:/home/git/FMIComparison/FMITest.mo","lineStart":238,"lineEnd":240,"colStart":5,"colEnd":35},"within":["Real"],"instance":"ventricularInteraction_flat"}}
],
"functions":[
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"Modelica.Utilities.Internal.FileSystem.stat",
"Modelica.Utilities.Streams.error",
"Modelica.Utilities.Streams.print",
"Modelica.Utilities.Streams.readLine",
"Modelica.Utilities.Strings.length",
"Modelica.Utilities.Strings.repeat",
"Modelica.Utilities.Strings.scanReal",
"Modelica.Utilities.Strings.substring",
"Modelica.Utilities.Strings.syntaxError",
"Modelica.Utilities.Strings.Advanced.scanReal",
"Modelica.Utilities.Strings.Advanced.skipWhiteSpace",
"Physiolibrary.Hydraulic.Components.ElasticVesselElastance$aorta.Utilities.UnitConversions.RealTypeRecord",
"Physiolibrary.Hydraulic.Components.ElasticVesselElastance$pulmonaryArteries.Utilities.UnitConversions.RealTypeRecord",
"Physiolibrary.Hydraulic.Components.ElasticVesselElastance$pulmonaryVeins.Utilities.UnitConversions.RealTypeRecord",
"Physiolibrary.Hydraulic.Components.ElasticVesselElastance$venaCava.Utilities.UnitConversions.RealTypeRecord",
"Physiolibrary.Hydraulic.Components.Inertia$Lav.Utilities.readReal",
"Physiolibrary.Hydraulic.Components.Inertia$Lav.Utilities.UnitConversions.RealTypeRecord",
"Physiolibrary.Hydraulic.Components.Inertia$Lav.Utilities.UnitConversions.findUnit",
"Physiolibrary.Hydraulic.Components.Inertia$Lmt.Utilities.readReal",
"Physiolibrary.Hydraulic.Components.Inertia$Lmt.Utilities.UnitConversions.RealTypeRecord",
"Physiolibrary.Hydraulic.Components.Inertia$Lmt.Utilities.UnitConversions.findUnit",
"Physiolibrary.Hydraulic.Components.Inertia$Lpv.Utilities.readReal",
"Physiolibrary.Hydraulic.Components.Inertia$Lpv.Utilities.UnitConversions.RealTypeRecord",
"Physiolibrary.Hydraulic.Components.Inertia$Lpv.Utilities.UnitConversions.findUnit",
"Physiolibrary.Hydraulic.Components.Inertia$Ltc.Utilities.readReal",
"Physiolibrary.Hydraulic.Components.Inertia$Ltc.Utilities.UnitConversions.RealTypeRecord",
"Physiolibrary.Hydraulic.Components.Inertia$Ltc.Utilities.UnitConversions.findUnit"
]
}