docs/BurkhoffFMI.xml
<?xml version="1.0" encoding="UTF-8"?>
<fmiModelDescription
xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
fmiVersion="2.0"
modelName="Cardiovascular_Model_Burkhoff_HemodynamicsBurkhoff_0shallow"
guid="{b5629132-3ba6-4153-87c2-f3ff108e1920}"
generationTool="Dymola Version 2019 (64-bit), 2018-04-11"
generationDateAndTime="2020-05-22T13:51:53Z"
variableNamingConvention="structured"
numberOfEventIndicators="32">
<ModelExchange
modelIdentifier="Cardiovascular_Model_Burkhoff_HemodynamicsBurkhoff_0shallow"
canGetAndSetFMUstate="true"
canSerializeFMUstate="true"
providesDirectionalDerivative="true">
<SourceFiles>
<File
name="all.c"/>
</SourceFiles>
</ModelExchange>
<CoSimulation
modelIdentifier="Cardiovascular_Model_Burkhoff_HemodynamicsBurkhoff_0shallow"
canHandleVariableCommunicationStepSize="true"
canInterpolateInputs="true"
maxOutputDerivativeOrder="1"
canGetAndSetFMUstate="true"
canSerializeFMUstate="true"
providesDirectionalDerivative="true">
<SourceFiles>
<File
name="all.c"/>
</SourceFiles>
</CoSimulation>
<UnitDefinitions>
<Unit
name="(Pa.s)/m3">
<BaseUnit kg="1"
m="-4"
s="-1"/>
<DisplayUnit
name="(mmHg.min)/ml"
factor="1.250102626409427E-10"/>
<DisplayUnit
name="(mmHg.s)/ml"
factor="7.500615758456563E-09"/>
</Unit>
<Unit
name="1"/>
<Unit
name="1/m3">
<BaseUnit m="-3"/>
</Unit>
<Unit
name="Hz">
<BaseUnit s="-1"/>
<DisplayUnit
name="1/min"
factor="60.0"/>
</Unit>
<Unit
name="Pa">
<BaseUnit kg="1"
m="-1"
s="-2"/>
<DisplayUnit
name="mmHg"
factor="0.007500615758456563"/>
</Unit>
<Unit
name="Pa/m3">
<BaseUnit kg="1"
m="-4"
s="-2"/>
<DisplayUnit
name="mmHg/ml"
factor="7.500615758456563E-09"/>
</Unit>
<Unit
name="m3">
<BaseUnit m="3"/>
<DisplayUnit
name="ml"
factor="1000000.0"/>
</Unit>
<Unit
name="m3/(Pa.s)">
<BaseUnit kg="-1"
m="4"
s="1"/>
<DisplayUnit
name="l/(mmHg.min)"
factor="7999343.2449"/>
<DisplayUnit
name="ml/(mmHg.min)"
factor="7999343244.900001"/>
</Unit>
<Unit
name="m3/Pa">
<BaseUnit kg="-1"
m="4"
s="2"/>
<DisplayUnit
name="ml/mmHg"
factor="133322387.415"/>
</Unit>
<Unit
name="m3/s">
<BaseUnit m="3"
s="-1"/>
<DisplayUnit
name="ml/min"
factor="60000000.0"/>
</Unit>
<Unit
name="s">
<BaseUnit s="1"/>
<DisplayUnit
name="min"
factor="0.016666666666666666"/>
<DisplayUnit
name="ms"
factor="1000.0"/>
<DisplayUnit
name="s"/>
</Unit>
</UnitDefinitions>
<TypeDefinitions>
<SimpleType
name="Modelica.Blocks.Interfaces.RealInput">
<Real/>
</SimpleType>
<SimpleType
name="Modelica.Blocks.Interfaces.RealOutput">
<Real/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.Frequency">
<Real
quantity="Frequency"
unit="Hz"
displayUnit="1/min"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.HydraulicCompliance">
<Real
quantity="HydraulicCompliance"
unit="m3/Pa"
displayUnit="ml/mmHg"
nominal="7.500615758456563E-09"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.HydraulicConductance">
<Real
quantity="HydraulicConductance"
unit="m3/(Pa.s)"
displayUnit="ml/(mmHg.min)"
min="0.0"
nominal="1.250102626409427E-10"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.HydraulicElastance">
<Real
quantity="HydraulicElastance"
unit="Pa/m3"
displayUnit="mmHg/ml"
nominal="133322387.41500002"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.HydraulicResistance">
<Real
quantity="HydraulicConductance"
unit="(Pa.s)/m3"
displayUnit="(mmHg.min)/ml"
min="0.0"
nominal="7999343244.900001"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.Pressure">
<Real
quantity="Pressure"
unit="Pa"
displayUnit="mmHg"
nominal="133.322387415"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.RealIO.FrequencyInput">
<Real
quantity="Frequency"
unit="Hz"
displayUnit="1/min"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.RealIO.FrequencyOutput">
<Real
quantity="Frequency"
unit="Hz"
displayUnit="1/min"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.RealIO.HydraulicComplianceInput">
<Real
quantity="HydraulicCompliance"
unit="m3/Pa"
displayUnit="ml/mmHg"
nominal="7.500615758456563E-09"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.RealIO.HydraulicComplianceOutput">
<Real
quantity="HydraulicCompliance"
unit="m3/Pa"
displayUnit="ml/mmHg"
nominal="7.500615758456563E-09"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.RealIO.PressureInput">
<Real
quantity="Pressure"
unit="Pa"
displayUnit="mmHg"
nominal="133.322387415"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.RealIO.PressureOutput">
<Real
quantity="Pressure"
unit="Pa"
displayUnit="mmHg"
nominal="133.322387415"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.RealIO.VolumeInput">
<Real
quantity="Volume"
unit="m3"
displayUnit="ml"
min="0.0"
nominal="1E-06"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.RealIO.VolumeOutput">
<Real
quantity="Volume"
unit="m3"
displayUnit="ml"
min="0.0"
nominal="1E-06"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.Time">
<Real
quantity="Time"
unit="s"
displayUnit="min"
nominal="60.0"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.Volume">
<Real
quantity="Volume"
unit="m3"
displayUnit="ml"
min="0.0"
nominal="1E-06"/>
</SimpleType>
<SimpleType
name="Physiolibrary.Types.VolumeFlowRate">
<Real
quantity="VolumeFlowRate"
unit="m3/s"
displayUnit="ml/min"
nominal="1.6666666666666667E-08"/>
</SimpleType>
</TypeDefinitions>
<DefaultExperiment startTime="0.0"
stopTime="1.0"
tolerance="0.0001"/>
<ModelVariables>
<!-- Index for next variable = 1 -->
<ScalarVariable
name="Cvs.state"
valueReference="33554432"
description="This state must be connected in inherited class definition">
<Real
unit="m3"
min="0.0"
nominal="1E-06"/>
</ScalarVariable>
<!-- Index for next variable = 2 -->
<ScalarVariable
name="der(Cvs.state)"
valueReference="587202560"
description="der(This state must be connected in inherited class definition)">
<Real
unit="m3/s"
derivative="1"/>
</ScalarVariable>
<!-- Index for next variable = 3 -->
<ScalarVariable
name="Cvs.q_in.pressure"
valueReference="637534216"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 4 -->
<ScalarVariable
name="Cvs.q_in.q"
valueReference="587202560"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 5 -->
<ScalarVariable
name="Cvs.volume_start"
valueReference="16777216"
description="Volume start value"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Volume"
start="0.002701"/>
</ScalarVariable>
<!-- Index for next variable = 6 -->
<ScalarVariable
name="Cvs.excessVolume"
valueReference="637534217"
description="Additional volume, that generate pressure">
<Real
declaredType="Physiolibrary.Types.Volume"/>
</ScalarVariable>
<!-- Index for next variable = 7 -->
<ScalarVariable
name="Cvs.ZeroPressureVolume"
valueReference="16777217"
description="Maximal volume, that does not generate pressure if useV0Input=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="0.00223"/>
</ScalarVariable>
<!-- Index for next variable = 8 -->
<ScalarVariable
name="Cvs.CollapsingPressureVolume"
valueReference="16777218"
description="Maximal volume, which generate negative collapsing pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="1E-12"/>
</ScalarVariable>
<!-- Index for next variable = 9 -->
<ScalarVariable
name="Cvs.Compliance"
valueReference="16777219"
description="Compliance if useComplianceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicCompliance"
start="5.2504310309196E-07"/>
</ScalarVariable>
<!-- Index for next variable = 10 -->
<ScalarVariable
name="Cvs.ExternalPressure"
valueReference="16777220"
description="External pressure. Set zero if internal pressure is relative to external. Valid only if useExternalPressureInput=false."
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 11 -->
<ScalarVariable
name="Cvs.MinimalCollapsingPressure"
valueReference="16777221"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="-101325"/>
</ScalarVariable>
<!-- Index for next variable = 12 -->
<ScalarVariable
name="Cvs.volume"
valueReference="33554432">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 13 -->
<ScalarVariable
name="Ras.q_in.pressure"
valueReference="637534222"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 14 -->
<ScalarVariable
name="Ras.q_in.q"
valueReference="637534223"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 15 -->
<ScalarVariable
name="Ras.q_out.pressure"
valueReference="637534216"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 16 -->
<ScalarVariable
name="Ras.q_out.q"
valueReference="637534224"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 17 -->
<ScalarVariable
name="Ras.volumeFlowRate"
valueReference="637534223"
description="Volumetric flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 18 -->
<ScalarVariable
name="Ras.dp"
valueReference="905969681"
description="Pressure gradient">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 19 -->
<ScalarVariable
name="Ras.Conductance"
valueReference="100663315"
description="Hydraulic conductance if useConductanceInput=false"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"/>
</ScalarVariable>
<!-- Index for next variable = 20 -->
<ScalarVariable
name="Ras.Resistance"
valueReference="16777222"
description="Hydraulic conductance if useConductanceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicResistance"
start="99991790.56125"/>
</ScalarVariable>
<!-- Index for next variable = 21 -->
<ScalarVariable
name="Cas.state"
valueReference="33554433"
description="This state must be connected in inherited class definition">
<Real
unit="m3"
min="0.0"
nominal="1E-06"/>
</ScalarVariable>
<!-- Index for next variable = 22 -->
<ScalarVariable
name="der(Cas.state)"
valueReference="587202561"
description="der(This state must be connected in inherited class definition)">
<Real
unit="m3/s"
derivative="21"/>
</ScalarVariable>
<!-- Index for next variable = 23 -->
<ScalarVariable
name="Cas.q_in.pressure"
valueReference="637534222"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 24 -->
<ScalarVariable
name="Cas.q_in.q"
valueReference="587202561"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 25 -->
<ScalarVariable
name="Cas.volume_start"
valueReference="16777223"
description="Volume start value"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Volume"
start="0.000834"/>
</ScalarVariable>
<!-- Index for next variable = 26 -->
<ScalarVariable
name="Cas.excessVolume"
valueReference="637534236"
description="Additional volume, that generate pressure">
<Real
declaredType="Physiolibrary.Types.Volume"/>
</ScalarVariable>
<!-- Index for next variable = 27 -->
<ScalarVariable
name="Cas.ZeroPressureVolume"
valueReference="16777224"
description="Maximal volume, that does not generate pressure if useV0Input=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="0.0007"/>
</ScalarVariable>
<!-- Index for next variable = 28 -->
<ScalarVariable
name="Cas.CollapsingPressureVolume"
valueReference="16777225"
description="Maximal volume, which generate negative collapsing pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="1E-12"/>
</ScalarVariable>
<!-- Index for next variable = 29 -->
<ScalarVariable
name="Cas.Compliance"
valueReference="16777226"
description="Compliance if useComplianceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicCompliance"
start="1.2751046789376E-08"/>
</ScalarVariable>
<!-- Index for next variable = 30 -->
<ScalarVariable
name="Cas.ExternalPressure"
valueReference="16777227"
description="External pressure. Set zero if internal pressure is relative to external. Valid only if useExternalPressureInput=false."
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 31 -->
<ScalarVariable
name="Cas.MinimalCollapsingPressure"
valueReference="16777228"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="-101325"/>
</ScalarVariable>
<!-- Index for next variable = 32 -->
<ScalarVariable
name="Cas.volume"
valueReference="33554433">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 33 -->
<ScalarVariable
name="Rcs.q_in.pressure"
valueReference="637534241"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 34 -->
<ScalarVariable
name="Rcs.q_in.q"
valueReference="637534242"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 35 -->
<ScalarVariable
name="Rcs.q_out.pressure"
valueReference="637534222"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 36 -->
<ScalarVariable
name="Rcs.q_out.q"
valueReference="637534243"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 37 -->
<ScalarVariable
name="Rcs.volumeFlowRate"
valueReference="637534242"
description="Volumetric flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 38 -->
<ScalarVariable
name="Rcs.dp"
valueReference="905969700"
description="Pressure gradient">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 39 -->
<ScalarVariable
name="Rcs.Conductance"
valueReference="100663334"
description="Hydraulic conductance if useConductanceInput=false"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"/>
</ScalarVariable>
<!-- Index for next variable = 40 -->
<ScalarVariable
name="Rcs.Resistance"
valueReference="16777229"
description="Hydraulic conductance if useConductanceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicResistance"
start="3199737.29796"/>
</ScalarVariable>
<!-- Index for next variable = 41 -->
<ScalarVariable
name="Caprox.state"
valueReference="33554434"
description="This state must be connected in inherited class definition">
<Real
unit="m3"
min="0.0"
nominal="1E-06"/>
</ScalarVariable>
<!-- Index for next variable = 42 -->
<ScalarVariable
name="der(Caprox.state)"
valueReference="587202562"
description="der(This state must be connected in inherited class definition)">
<Real
unit="m3/s"
derivative="41"/>
</ScalarVariable>
<!-- Index for next variable = 43 -->
<ScalarVariable
name="Caprox.q_in.pressure"
valueReference="637534241"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 44 -->
<ScalarVariable
name="Caprox.q_in.q"
valueReference="587202562"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 45 -->
<ScalarVariable
name="Caprox.volume_start"
valueReference="16777230"
description="Volume start value"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Volume"
start="3.8E-05"/>
</ScalarVariable>
<!-- Index for next variable = 46 -->
<ScalarVariable
name="Caprox.excessVolume"
valueReference="637534255"
description="Additional volume, that generate pressure">
<Real
declaredType="Physiolibrary.Types.Volume"/>
</ScalarVariable>
<!-- Index for next variable = 47 -->
<ScalarVariable
name="Caprox.ZeroPressureVolume"
valueReference="16777231"
description="Maximal volume, that does not generate pressure if useV0Input=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="3E-05"/>
</ScalarVariable>
<!-- Index for next variable = 48 -->
<ScalarVariable
name="Caprox.CollapsingPressureVolume"
valueReference="16777232"
description="Maximal volume, which generate negative collapsing pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="1E-12"/>
</ScalarVariable>
<!-- Index for next variable = 49 -->
<ScalarVariable
name="Caprox.Compliance"
valueReference="16777233"
description="Compliance if useComplianceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicCompliance"
start="7.5006157584566E-10"/>
</ScalarVariable>
<!-- Index for next variable = 50 -->
<ScalarVariable
name="Caprox.ExternalPressure"
valueReference="16777234"
description="External pressure. Set zero if internal pressure is relative to external. Valid only if useExternalPressureInput=false."
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 51 -->
<ScalarVariable
name="Caprox.MinimalCollapsingPressure"
valueReference="16777235"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="-101325"/>
</ScalarVariable>
<!-- Index for next variable = 52 -->
<ScalarVariable
name="Caprox.externalPressure"
valueReference="234881133">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureInput"/>
</ScalarVariable>
<!-- Index for next variable = 53 -->
<ScalarVariable
name="Caprox.volume"
valueReference="33554434">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 54 -->
<ScalarVariable
name="Rcprox.q_in.pressure"
valueReference="637534260"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 55 -->
<ScalarVariable
name="Rcprox.q_in.q"
valueReference="637534261"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 56 -->
<ScalarVariable
name="Rcprox.q_out.pressure"
valueReference="637534241"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 57 -->
<ScalarVariable
name="Rcprox.q_out.q"
valueReference="637534266"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 58 -->
<ScalarVariable
name="Rcprox.volumeFlowRate"
valueReference="637534261"
description="Volumetric flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 59 -->
<ScalarVariable
name="Rcprox.dp"
valueReference="905969718"
description="Pressure gradient">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 60 -->
<ScalarVariable
name="Rcprox.Conductance"
valueReference="100663352"
description="Hydraulic conductance if useConductanceInput=false"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"/>
</ScalarVariable>
<!-- Index for next variable = 61 -->
<ScalarVariable
name="Rcprox.Resistance"
valueReference="16777236"
description="Hydraulic conductance if useConductanceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicResistance"
start="2666447.7483"/>
</ScalarVariable>
<!-- Index for next variable = 62 -->
<ScalarVariable
name="AOV.q_in.pressure"
valueReference="637534265"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 63 -->
<ScalarVariable
name="AOV.q_in.q"
valueReference="637534261"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 64 -->
<ScalarVariable
name="AOV.q_out.pressure"
valueReference="637534260"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 65 -->
<ScalarVariable
name="AOV.q_out.q"
valueReference="637534266"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 66 -->
<ScalarVariable
name="AOV.volumeFlowRate"
valueReference="637534261"
description="Volumetric flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 67 -->
<ScalarVariable
name="AOV.dp"
valueReference="637534267"
description="Pressure gradient">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 68 -->
<ScalarVariable
name="AOV.open"
valueReference="637534268"
description="Switching state"
variability="discrete"
initial="approx">
<Boolean start="true"/>
</ScalarVariable>
<!-- Index for next variable = 69 -->
<ScalarVariable
name="AOV.passableVariable"
valueReference="637534269"
description="Auxiliary variable for actual position on the ideal diode characteristic">
<Real
unit="1"/>
</ScalarVariable>
<!-- Index for next variable = 70 -->
<ScalarVariable
name="AOV._Gon"
valueReference="100663358"
description="Forward state-on conductance (open valve conductance)"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"
displayUnit="l/(mmHg.min)"/>
</ScalarVariable>
<!-- Index for next variable = 71 -->
<ScalarVariable
name="AOV._Goff"
valueReference="16777237"
description="Backward state-off conductance (closed valve conductance)"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"
displayUnit="l/(mmHg.min)"
start="1.2501026264094E-12"/>
</ScalarVariable>
<!-- Index for next variable = 72 -->
<ScalarVariable
name="AOV.Pknee"
valueReference="16777238"
description="Forward threshold pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
min="0.0"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 73 -->
<ScalarVariable
name="AOV._Ron"
valueReference="16777239"
description="forward state resistance"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicResistance"
start="266644.77483"/>
</ScalarVariable>
<!-- Index for next variable = 74 -->
<ScalarVariable
name="LV.state"
valueReference="33554435"
description="This state must be connected in inherited class definition">
<Real
unit="m3"
min="0.0"
nominal="1E-06"/>
</ScalarVariable>
<!-- Index for next variable = 75 -->
<ScalarVariable
name="der(LV.state)"
valueReference="587202563"
description="der(This state must be connected in inherited class definition)">
<Real
unit="m3/s"
derivative="74"/>
</ScalarVariable>
<!-- Index for next variable = 76 -->
<ScalarVariable
name="LV.q_in.pressure"
valueReference="637534265"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 77 -->
<ScalarVariable
name="LV.q_in.q"
valueReference="587202563"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 78 -->
<ScalarVariable
name="LV.volume_start"
valueReference="16777240"
description="Volume start value"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Volume"
start="0.000125"/>
</ScalarVariable>
<!-- Index for next variable = 79 -->
<ScalarVariable
name="LV.excessVolume"
valueReference="637534282"
description="Additional volume, that generate pressure">
<Real
declaredType="Physiolibrary.Types.Volume"/>
</ScalarVariable>
<!-- Index for next variable = 80 -->
<ScalarVariable
name="LV.ZeroPressureVolume"
valueReference="16777241"
description="Maximal volume, that does not generate pressure if useV0Input=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="5E-06"/>
</ScalarVariable>
<!-- Index for next variable = 81 -->
<ScalarVariable
name="LV.CollapsingPressureVolume"
valueReference="16777242"
description="Maximal volume, which generate negative collapsing pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="1E-12"/>
</ScalarVariable>
<!-- Index for next variable = 82 -->
<ScalarVariable
name="LV.Compliance"
valueReference="16777243"
description="Compliance if useComplianceInput=false"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.HydraulicCompliance"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 83 -->
<ScalarVariable
name="LV.compliance"
valueReference="637534286">
<Real
declaredType="Physiolibrary.Types.RealIO.HydraulicComplianceInput"/>
</ScalarVariable>
<!-- Index for next variable = 84 -->
<ScalarVariable
name="LV.ExternalPressure"
valueReference="16777244"
description="External pressure. Set zero if internal pressure is relative to external. Valid only if useExternalPressureInput=false."
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 85 -->
<ScalarVariable
name="LV.MinimalCollapsingPressure"
valueReference="16777245"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="-101325"/>
</ScalarVariable>
<!-- Index for next variable = 86 -->
<ScalarVariable
name="LV.externalPressure"
valueReference="637534287">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureInput"/>
</ScalarVariable>
<!-- Index for next variable = 87 -->
<ScalarVariable
name="LV.volume"
valueReference="33554435">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 88 -->
<ScalarVariable
name="LV.StressedVolume"
valueReference="637534289">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 89 -->
<ScalarVariable
name="MV.q_in.pressure"
valueReference="637534290"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 90 -->
<ScalarVariable
name="MV.q_in.q"
valueReference="637534291"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 91 -->
<ScalarVariable
name="MV.q_out.pressure"
valueReference="637534265"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 92 -->
<ScalarVariable
name="MV.q_out.q"
valueReference="637534292"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 93 -->
<ScalarVariable
name="MV.volumeFlowRate"
valueReference="637534291"
description="Volumetric flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 94 -->
<ScalarVariable
name="MV.dp"
valueReference="637534293"
description="Pressure gradient">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 95 -->
<ScalarVariable
name="MV.open"
valueReference="637534294"
description="Switching state"
variability="discrete"
initial="approx">
<Boolean start="true"/>
</ScalarVariable>
<!-- Index for next variable = 96 -->
<ScalarVariable
name="MV.passableVariable"
valueReference="637534295"
description="Auxiliary variable for actual position on the ideal diode characteristic">
<Real
unit="1"/>
</ScalarVariable>
<!-- Index for next variable = 97 -->
<ScalarVariable
name="MV._Gon"
valueReference="100663384"
description="Forward state-on conductance (open valve conductance)"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"
displayUnit="l/(mmHg.min)"/>
</ScalarVariable>
<!-- Index for next variable = 98 -->
<ScalarVariable
name="MV._Goff"
valueReference="16777246"
description="Backward state-off conductance (closed valve conductance)"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"
displayUnit="l/(mmHg.min)"
start="1.2501026264094E-12"/>
</ScalarVariable>
<!-- Index for next variable = 99 -->
<ScalarVariable
name="MV.Pknee"
valueReference="16777247"
description="Forward threshold pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
min="0.0"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 100 -->
<ScalarVariable
name="MV._Ron"
valueReference="16777248"
description="forward state resistance"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicResistance"
start="333305.9685375"/>
</ScalarVariable>
<!-- Index for next variable = 101 -->
<ScalarVariable
name="LA.state"
valueReference="33554436"
description="This state must be connected in inherited class definition">
<Real
unit="m3"
min="0.0"
nominal="1E-06"/>
</ScalarVariable>
<!-- Index for next variable = 102 -->
<ScalarVariable
name="der(LA.state)"
valueReference="587202564"
description="der(This state must be connected in inherited class definition)">
<Real
unit="m3/s"
derivative="101"/>
</ScalarVariable>
<!-- Index for next variable = 103 -->
<ScalarVariable
name="LA.q_in.pressure"
valueReference="637534290"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 104 -->
<ScalarVariable
name="LA.q_in.q"
valueReference="587202564"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 105 -->
<ScalarVariable
name="LA.volume_start"
valueReference="16777249"
description="Volume start value"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Volume"
start="8.1E-05"/>
</ScalarVariable>
<!-- Index for next variable = 106 -->
<ScalarVariable
name="LA.excessVolume"
valueReference="637534308"
description="Additional volume, that generate pressure">
<Real
declaredType="Physiolibrary.Types.Volume"/>
</ScalarVariable>
<!-- Index for next variable = 107 -->
<ScalarVariable
name="LA.ZeroPressureVolume"
valueReference="16777250"
description="Maximal volume, that does not generate pressure if useV0Input=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="5E-06"/>
</ScalarVariable>
<!-- Index for next variable = 108 -->
<ScalarVariable
name="LA.CollapsingPressureVolume"
valueReference="16777251"
description="Maximal volume, which generate negative collapsing pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="1E-12"/>
</ScalarVariable>
<!-- Index for next variable = 109 -->
<ScalarVariable
name="LA.Compliance"
valueReference="16777252"
description="Compliance if useComplianceInput=false"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.HydraulicCompliance"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 110 -->
<ScalarVariable
name="LA.compliance"
valueReference="637534312">
<Real
declaredType="Physiolibrary.Types.RealIO.HydraulicComplianceInput"/>
</ScalarVariable>
<!-- Index for next variable = 111 -->
<ScalarVariable
name="LA.ExternalPressure"
valueReference="16777253"
description="External pressure. Set zero if internal pressure is relative to external. Valid only if useExternalPressureInput=false."
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 112 -->
<ScalarVariable
name="LA.MinimalCollapsingPressure"
valueReference="16777254"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="-101325"/>
</ScalarVariable>
<!-- Index for next variable = 113 -->
<ScalarVariable
name="LA.externalPressure"
valueReference="637534313">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureInput"/>
</ScalarVariable>
<!-- Index for next variable = 114 -->
<ScalarVariable
name="LA.volume"
valueReference="33554436">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 115 -->
<ScalarVariable
name="LA.StressedVolume"
valueReference="637534315">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 116 -->
<ScalarVariable
name="Rvp.q_in.pressure"
valueReference="637534316"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 117 -->
<ScalarVariable
name="Rvp.q_in.q"
valueReference="637534317"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 118 -->
<ScalarVariable
name="Rvp.q_out.pressure"
valueReference="637534290"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 119 -->
<ScalarVariable
name="Rvp.q_out.q"
valueReference="637534318"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 120 -->
<ScalarVariable
name="Rvp.volumeFlowRate"
valueReference="637534317"
description="Volumetric flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 121 -->
<ScalarVariable
name="Rvp.dp"
valueReference="905969775"
description="Pressure gradient">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 122 -->
<ScalarVariable
name="Rvp.Conductance"
valueReference="100663409"
description="Hydraulic conductance if useConductanceInput=false"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"/>
</ScalarVariable>
<!-- Index for next variable = 123 -->
<ScalarVariable
name="Rvp.Resistance"
valueReference="16777255"
description="Hydraulic conductance if useConductanceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicResistance"
start="1999835.811225"/>
</ScalarVariable>
<!-- Index for next variable = 124 -->
<ScalarVariable
name="Rvs.q_in.pressure"
valueReference="637534216"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 125 -->
<ScalarVariable
name="Rvs.q_in.q"
valueReference="637534322"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 126 -->
<ScalarVariable
name="Rvs.q_out.pressure"
valueReference="637534323"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 127 -->
<ScalarVariable
name="Rvs.q_out.q"
valueReference="637534324"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 128 -->
<ScalarVariable
name="Rvs.volumeFlowRate"
valueReference="637534322"
description="Volumetric flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 129 -->
<ScalarVariable
name="Rvs.dp"
valueReference="905969781"
description="Pressure gradient">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 130 -->
<ScalarVariable
name="Rvs.Conductance"
valueReference="100663415"
description="Hydraulic conductance if useConductanceInput=false"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"/>
</ScalarVariable>
<!-- Index for next variable = 131 -->
<ScalarVariable
name="Rvs.Resistance"
valueReference="16777256"
description="Hydraulic conductance if useConductanceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicResistance"
start="2666447.7483"/>
</ScalarVariable>
<!-- Index for next variable = 132 -->
<ScalarVariable
name="RA.state"
valueReference="33554437"
description="This state must be connected in inherited class definition">
<Real
unit="m3"
min="0.0"
nominal="1E-06"/>
</ScalarVariable>
<!-- Index for next variable = 133 -->
<ScalarVariable
name="der(RA.state)"
valueReference="587202565"
description="der(This state must be connected in inherited class definition)">
<Real
unit="m3/s"
derivative="132"/>
</ScalarVariable>
<!-- Index for next variable = 134 -->
<ScalarVariable
name="RA.q_in.pressure"
valueReference="637534323"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 135 -->
<ScalarVariable
name="RA.q_in.q"
valueReference="587202565"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 136 -->
<ScalarVariable
name="RA.volume_start"
valueReference="16777257"
description="Volume start value"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Volume"
start="7.3E-05"/>
</ScalarVariable>
<!-- Index for next variable = 137 -->
<ScalarVariable
name="RA.excessVolume"
valueReference="637534336"
description="Additional volume, that generate pressure">
<Real
declaredType="Physiolibrary.Types.Volume"/>
</ScalarVariable>
<!-- Index for next variable = 138 -->
<ScalarVariable
name="RA.ZeroPressureVolume"
valueReference="16777258"
description="Maximal volume, that does not generate pressure if useV0Input=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="5E-06"/>
</ScalarVariable>
<!-- Index for next variable = 139 -->
<ScalarVariable
name="RA.CollapsingPressureVolume"
valueReference="16777259"
description="Maximal volume, which generate negative collapsing pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="1E-12"/>
</ScalarVariable>
<!-- Index for next variable = 140 -->
<ScalarVariable
name="RA.Compliance"
valueReference="16777260"
description="Compliance if useComplianceInput=false"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.HydraulicCompliance"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 141 -->
<ScalarVariable
name="RA.compliance"
valueReference="637534340">
<Real
declaredType="Physiolibrary.Types.RealIO.HydraulicComplianceInput"/>
</ScalarVariable>
<!-- Index for next variable = 142 -->
<ScalarVariable
name="RA.ExternalPressure"
valueReference="16777261"
description="External pressure. Set zero if internal pressure is relative to external. Valid only if useExternalPressureInput=false."
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 143 -->
<ScalarVariable
name="RA.MinimalCollapsingPressure"
valueReference="16777262"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="-101325"/>
</ScalarVariable>
<!-- Index for next variable = 144 -->
<ScalarVariable
name="RA.externalPressure"
valueReference="637534341">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureInput"/>
</ScalarVariable>
<!-- Index for next variable = 145 -->
<ScalarVariable
name="RA.volume"
valueReference="33554437">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 146 -->
<ScalarVariable
name="RA.StressedVolume"
valueReference="637534343">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 147 -->
<ScalarVariable
name="TV.q_in.pressure"
valueReference="637534323"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 148 -->
<ScalarVariable
name="TV.q_in.q"
valueReference="637534344"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 149 -->
<ScalarVariable
name="TV.q_out.pressure"
valueReference="637534345"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 150 -->
<ScalarVariable
name="TV.q_out.q"
valueReference="637534346"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 151 -->
<ScalarVariable
name="TV.volumeFlowRate"
valueReference="637534344"
description="Volumetric flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 152 -->
<ScalarVariable
name="TV.dp"
valueReference="637534347"
description="Pressure gradient">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 153 -->
<ScalarVariable
name="TV.open"
valueReference="637534348"
description="Switching state"
variability="discrete"
initial="approx">
<Boolean start="true"/>
</ScalarVariable>
<!-- Index for next variable = 154 -->
<ScalarVariable
name="TV.passableVariable"
valueReference="637534349"
description="Auxiliary variable for actual position on the ideal diode characteristic">
<Real
unit="1"/>
</ScalarVariable>
<!-- Index for next variable = 155 -->
<ScalarVariable
name="TV._Gon"
valueReference="100663438"
description="Forward state-on conductance (open valve conductance)"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"
displayUnit="l/(mmHg.min)"/>
</ScalarVariable>
<!-- Index for next variable = 156 -->
<ScalarVariable
name="TV._Goff"
valueReference="16777263"
description="Backward state-off conductance (closed valve conductance)"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"
displayUnit="l/(mmHg.min)"
start="1.2501026264094E-12"/>
</ScalarVariable>
<!-- Index for next variable = 157 -->
<ScalarVariable
name="TV.Pknee"
valueReference="16777264"
description="Forward threshold pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
min="0.0"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 158 -->
<ScalarVariable
name="TV._Ron"
valueReference="16777265"
description="forward state resistance"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicResistance"
displayUnit="(mmHg.s)/ml"
start="333305.9685375"/>
</ScalarVariable>
<!-- Index for next variable = 159 -->
<ScalarVariable
name="RV.state"
valueReference="33554438"
description="This state must be connected in inherited class definition">
<Real
unit="m3"
min="0.0"
nominal="1E-06"/>
</ScalarVariable>
<!-- Index for next variable = 160 -->
<ScalarVariable
name="der(RV.state)"
valueReference="587202566"
description="der(This state must be connected in inherited class definition)">
<Real
unit="m3/s"
derivative="159"/>
</ScalarVariable>
<!-- Index for next variable = 161 -->
<ScalarVariable
name="RV.q_in.pressure"
valueReference="637534345"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 162 -->
<ScalarVariable
name="RV.q_in.q"
valueReference="587202566"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 163 -->
<ScalarVariable
name="RV.volume_start"
valueReference="16777266"
description="Volume start value"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Volume"
start="0.000112"/>
</ScalarVariable>
<!-- Index for next variable = 164 -->
<ScalarVariable
name="RV.excessVolume"
valueReference="637534362"
description="Additional volume, that generate pressure">
<Real
declaredType="Physiolibrary.Types.Volume"/>
</ScalarVariable>
<!-- Index for next variable = 165 -->
<ScalarVariable
name="RV.ZeroPressureVolume"
valueReference="16777267"
description="Maximal volume, that does not generate pressure if useV0Input=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="5E-06"/>
</ScalarVariable>
<!-- Index for next variable = 166 -->
<ScalarVariable
name="RV.CollapsingPressureVolume"
valueReference="16777268"
description="Maximal volume, which generate negative collapsing pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="1E-12"/>
</ScalarVariable>
<!-- Index for next variable = 167 -->
<ScalarVariable
name="RV.Compliance"
valueReference="16777269"
description="Compliance if useComplianceInput=false"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.HydraulicCompliance"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 168 -->
<ScalarVariable
name="RV.compliance"
valueReference="637534366">
<Real
declaredType="Physiolibrary.Types.RealIO.HydraulicComplianceInput"/>
</ScalarVariable>
<!-- Index for next variable = 169 -->
<ScalarVariable
name="RV.ExternalPressure"
valueReference="16777270"
description="External pressure. Set zero if internal pressure is relative to external. Valid only if useExternalPressureInput=false."
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 170 -->
<ScalarVariable
name="RV.MinimalCollapsingPressure"
valueReference="16777271"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="-101325"/>
</ScalarVariable>
<!-- Index for next variable = 171 -->
<ScalarVariable
name="RV.externalPressure"
valueReference="637534367">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureInput"/>
</ScalarVariable>
<!-- Index for next variable = 172 -->
<ScalarVariable
name="RV.volume"
valueReference="33554438">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 173 -->
<ScalarVariable
name="RV.StressedVolume"
valueReference="637534369">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 174 -->
<ScalarVariable
name="PV.q_in.pressure"
valueReference="637534345"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 175 -->
<ScalarVariable
name="PV.q_in.q"
valueReference="637534370"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 176 -->
<ScalarVariable
name="PV.q_out.pressure"
valueReference="637534371"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 177 -->
<ScalarVariable
name="PV.q_out.q"
valueReference="637534372"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 178 -->
<ScalarVariable
name="PV.volumeFlowRate"
valueReference="637534370"
description="Volumetric flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 179 -->
<ScalarVariable
name="PV.dp"
valueReference="637534373"
description="Pressure gradient">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 180 -->
<ScalarVariable
name="PV.open"
valueReference="637534374"
description="Switching state"
variability="discrete"
initial="approx">
<Boolean start="true"/>
</ScalarVariable>
<!-- Index for next variable = 181 -->
<ScalarVariable
name="PV.passableVariable"
valueReference="637534375"
description="Auxiliary variable for actual position on the ideal diode characteristic">
<Real
unit="1"/>
</ScalarVariable>
<!-- Index for next variable = 182 -->
<ScalarVariable
name="PV._Gon"
valueReference="100663464"
description="Forward state-on conductance (open valve conductance)"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"
displayUnit="l/(mmHg.min)"/>
</ScalarVariable>
<!-- Index for next variable = 183 -->
<ScalarVariable
name="PV._Goff"
valueReference="16777272"
description="Backward state-off conductance (closed valve conductance)"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"
displayUnit="l/(mmHg.min)"
start="1.2501026264094E-12"/>
</ScalarVariable>
<!-- Index for next variable = 184 -->
<ScalarVariable
name="PV.Pknee"
valueReference="16777273"
description="Forward threshold pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
min="0.0"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 185 -->
<ScalarVariable
name="PV._Ron"
valueReference="16777274"
description="forward state resistance"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicResistance"
start="266644.77483"/>
</ScalarVariable>
<!-- Index for next variable = 186 -->
<ScalarVariable
name="Rcsp.q_in.pressure"
valueReference="637534371"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 187 -->
<ScalarVariable
name="Rcsp.q_in.q"
valueReference="637534370"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 188 -->
<ScalarVariable
name="Rcsp.q_out.pressure"
valueReference="637534380"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 189 -->
<ScalarVariable
name="Rcsp.q_out.q"
valueReference="637534372"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 190 -->
<ScalarVariable
name="Rcsp.volumeFlowRate"
valueReference="637534370"
description="Volumetric flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 191 -->
<ScalarVariable
name="Rcsp.dp"
valueReference="905969837"
description="Pressure gradient">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 192 -->
<ScalarVariable
name="Rcsp.Conductance"
valueReference="100663471"
description="Hydraulic conductance if useConductanceInput=false"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"/>
</ScalarVariable>
<!-- Index for next variable = 193 -->
<ScalarVariable
name="Rcsp.Resistance"
valueReference="16777275"
description="Hydraulic conductance if useConductanceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicResistance"
start="2666447.7483"/>
</ScalarVariable>
<!-- Index for next variable = 194 -->
<ScalarVariable
name="Cap.state"
valueReference="33554439"
description="This state must be connected in inherited class definition">
<Real
unit="m3"
min="0.0"
nominal="1E-06"/>
</ScalarVariable>
<!-- Index for next variable = 195 -->
<ScalarVariable
name="der(Cap.state)"
valueReference="587202567"
description="der(This state must be connected in inherited class definition)">
<Real
unit="m3/s"
derivative="194"/>
</ScalarVariable>
<!-- Index for next variable = 196 -->
<ScalarVariable
name="Cap.q_in.pressure"
valueReference="637534392"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 197 -->
<ScalarVariable
name="Cap.q_in.q"
valueReference="587202567"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 198 -->
<ScalarVariable
name="Cap.volume_start"
valueReference="16777276"
description="Volume start value"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Volume"
start="0.000802"/>
</ScalarVariable>
<!-- Index for next variable = 199 -->
<ScalarVariable
name="Cap.excessVolume"
valueReference="637534393"
description="Additional volume, that generate pressure">
<Real
declaredType="Physiolibrary.Types.Volume"/>
</ScalarVariable>
<!-- Index for next variable = 200 -->
<ScalarVariable
name="Cap.ZeroPressureVolume"
valueReference="16777277"
description="Maximal volume, that does not generate pressure if useV0Input=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="0.0006"/>
</ScalarVariable>
<!-- Index for next variable = 201 -->
<ScalarVariable
name="Cap.CollapsingPressureVolume"
valueReference="16777278"
description="Maximal volume, which generate negative collapsing pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="1E-12"/>
</ScalarVariable>
<!-- Index for next variable = 202 -->
<ScalarVariable
name="Cap.Compliance"
valueReference="16777279"
description="Compliance if useComplianceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicCompliance"
start="1.5001231516913E-07"/>
</ScalarVariable>
<!-- Index for next variable = 203 -->
<ScalarVariable
name="Cap.ExternalPressure"
valueReference="16777280"
description="External pressure. Set zero if internal pressure is relative to external. Valid only if useExternalPressureInput=false."
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 204 -->
<ScalarVariable
name="Cap.MinimalCollapsingPressure"
valueReference="16777281"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="-101325"/>
</ScalarVariable>
<!-- Index for next variable = 205 -->
<ScalarVariable
name="Cap.externalPressure"
valueReference="234881133">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureInput"/>
</ScalarVariable>
<!-- Index for next variable = 206 -->
<ScalarVariable
name="Cap.volume"
valueReference="33554439">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 207 -->
<ScalarVariable
name="Rcp.q_in.pressure"
valueReference="637534380"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 208 -->
<ScalarVariable
name="Rcp.q_in.q"
valueReference="637534398"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 209 -->
<ScalarVariable
name="Rcp.q_out.pressure"
valueReference="637534392"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 210 -->
<ScalarVariable
name="Rcp.q_out.q"
valueReference="637534399"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 211 -->
<ScalarVariable
name="Rcp.volumeFlowRate"
valueReference="637534398"
description="Volumetric flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 212 -->
<ScalarVariable
name="Rcp.dp"
valueReference="905969856"
description="Pressure gradient">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 213 -->
<ScalarVariable
name="Rcp.Conductance"
valueReference="100663490"
description="Hydraulic conductance if useConductanceInput=false"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"/>
</ScalarVariable>
<!-- Index for next variable = 214 -->
<ScalarVariable
name="Rcp.Resistance"
valueReference="16777282"
description="Hydraulic conductance if useConductanceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicResistance"
start="2666447.7483"/>
</ScalarVariable>
<!-- Index for next variable = 215 -->
<ScalarVariable
name="Cvp.state"
valueReference="33554440"
description="This state must be connected in inherited class definition">
<Real
unit="m3"
min="0.0"
nominal="1E-06"/>
</ScalarVariable>
<!-- Index for next variable = 216 -->
<ScalarVariable
name="der(Cvp.state)"
valueReference="587202568"
description="der(This state must be connected in inherited class definition)">
<Real
unit="m3/s"
derivative="215"/>
</ScalarVariable>
<!-- Index for next variable = 217 -->
<ScalarVariable
name="Cvp.q_in.pressure"
valueReference="637534316"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 218 -->
<ScalarVariable
name="Cvp.q_in.q"
valueReference="587202568"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 219 -->
<ScalarVariable
name="Cvp.volume_start"
valueReference="16777283"
description="Volume start value"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Volume"
start="0.000154"/>
</ScalarVariable>
<!-- Index for next variable = 220 -->
<ScalarVariable
name="Cvp.excessVolume"
valueReference="637534411"
description="Additional volume, that generate pressure">
<Real
declaredType="Physiolibrary.Types.Volume"/>
</ScalarVariable>
<!-- Index for next variable = 221 -->
<ScalarVariable
name="Cvp.ZeroPressureVolume"
valueReference="16777284"
description="Maximal volume, that does not generate pressure if useV0Input=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="0.0001"/>
</ScalarVariable>
<!-- Index for next variable = 222 -->
<ScalarVariable
name="Cvp.CollapsingPressureVolume"
valueReference="16777285"
description="Maximal volume, which generate negative collapsing pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="1E-12"/>
</ScalarVariable>
<!-- Index for next variable = 223 -->
<ScalarVariable
name="Cvp.Compliance"
valueReference="16777286"
description="Compliance if useComplianceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicCompliance"
start="5.2504310309196E-08"/>
</ScalarVariable>
<!-- Index for next variable = 224 -->
<ScalarVariable
name="Cvp.ExternalPressure"
valueReference="16777287"
description="External pressure. Set zero if internal pressure is relative to external. Valid only if useExternalPressureInput=false."
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 225 -->
<ScalarVariable
name="Cvp.MinimalCollapsingPressure"
valueReference="16777288"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="-101325"/>
</ScalarVariable>
<!-- Index for next variable = 226 -->
<ScalarVariable
name="Cvp.externalPressure"
valueReference="234881133">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureInput"/>
</ScalarVariable>
<!-- Index for next variable = 227 -->
<ScalarVariable
name="Cvp.volume"
valueReference="33554440">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 228 -->
<ScalarVariable
name="Capprox.state"
valueReference="33554441"
description="This state must be connected in inherited class definition">
<Real
unit="m3"
min="0.0"
nominal="1E-06"/>
</ScalarVariable>
<!-- Index for next variable = 229 -->
<ScalarVariable
name="der(Capprox.state)"
valueReference="587202569"
description="der(This state must be connected in inherited class definition)">
<Real
unit="m3/s"
derivative="228"/>
</ScalarVariable>
<!-- Index for next variable = 230 -->
<ScalarVariable
name="Capprox.q_in.pressure"
valueReference="637534380"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 231 -->
<ScalarVariable
name="Capprox.q_in.q"
valueReference="587202569"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 232 -->
<ScalarVariable
name="Capprox.volume_start"
valueReference="16777289"
description="Volume start value"
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Volume"
start="3E-05"/>
</ScalarVariable>
<!-- Index for next variable = 233 -->
<ScalarVariable
name="Capprox.excessVolume"
valueReference="637534424"
description="Additional volume, that generate pressure">
<Real
declaredType="Physiolibrary.Types.Volume"/>
</ScalarVariable>
<!-- Index for next variable = 234 -->
<ScalarVariable
name="Capprox.ZeroPressureVolume"
valueReference="16777290"
description="Maximal volume, that does not generate pressure if useV0Input=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="2E-05"/>
</ScalarVariable>
<!-- Index for next variable = 235 -->
<ScalarVariable
name="Capprox.CollapsingPressureVolume"
valueReference="16777291"
description="Maximal volume, which generate negative collapsing pressure"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Volume"
start="1E-12"/>
</ScalarVariable>
<!-- Index for next variable = 236 -->
<ScalarVariable
name="Capprox.Compliance"
valueReference="16777292"
description="Compliance if useComplianceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicCompliance"
start="7.5006157584566E-09"/>
</ScalarVariable>
<!-- Index for next variable = 237 -->
<ScalarVariable
name="Capprox.ExternalPressure"
valueReference="16777293"
description="External pressure. Set zero if internal pressure is relative to external. Valid only if useExternalPressureInput=false."
causality="parameter"
variability="fixed">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 238 -->
<ScalarVariable
name="Capprox.MinimalCollapsingPressure"
valueReference="16777294"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="-101325"/>
</ScalarVariable>
<!-- Index for next variable = 239 -->
<ScalarVariable
name="Capprox.externalPressure"
valueReference="234881133">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureInput"/>
</ScalarVariable>
<!-- Index for next variable = 240 -->
<ScalarVariable
name="Capprox.volume"
valueReference="33554441">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeOutput"/>
</ScalarVariable>
<!-- Index for next variable = 241 -->
<ScalarVariable
name="Rap.q_in.pressure"
valueReference="637534392"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 242 -->
<ScalarVariable
name="Rap.q_in.q"
valueReference="637534429"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 243 -->
<ScalarVariable
name="Rap.q_out.pressure"
valueReference="637534316"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 244 -->
<ScalarVariable
name="Rap.q_out.q"
valueReference="637534430"
description="Volume flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 245 -->
<ScalarVariable
name="Rap.volumeFlowRate"
valueReference="637534429"
description="Volumetric flow">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"/>
</ScalarVariable>
<!-- Index for next variable = 246 -->
<ScalarVariable
name="Rap.dp"
valueReference="905969887"
description="Pressure gradient">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 247 -->
<ScalarVariable
name="Rap.Conductance"
valueReference="100663521"
description="Hydraulic conductance if useConductanceInput=false"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicConductance"/>
</ScalarVariable>
<!-- Index for next variable = 248 -->
<ScalarVariable
name="Rap.Resistance"
valueReference="16777295"
description="Hydraulic conductance if useConductanceInput=false"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicResistance"
start="2666447.7483"/>
</ScalarVariable>
<!-- Index for next variable = 249 -->
<ScalarVariable
name="RAElastance.HP"
valueReference="905969890"
description="heart period - duration of cardiac cycle"
variability="discrete"
initial="exact">
<Real
declaredType="Physiolibrary.Types.Time"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 250 -->
<ScalarVariable
name="RAElastance.b"
valueReference="637534435"
variability="discrete">
<Boolean/>
</ScalarVariable>
<!-- Index for next variable = 251 -->
<ScalarVariable
name="RAElastance.HR"
valueReference="234881120">
<Real
declaredType="Physiolibrary.Types.RealIO.FrequencyInput"/>
</ScalarVariable>
<!-- Index for next variable = 252 -->
<ScalarVariable
name="RAElastance.Tasyst"
valueReference="637534436"
description="time elapsed from the beginning of atrial systole">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 253 -->
<ScalarVariable
name="RAElastance.Tvsyst"
valueReference="905969893"
description="time elapsed from the beginning of ventricular systole">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 254 -->
<ScalarVariable
name="RAElastance.AVDelay"
valueReference="100663526"
description="AV interval"
variability="constant">
<Real
declaredType="Physiolibrary.Types.Time"
displayUnit="s"
start="0.16"/>
</ScalarVariable>
<!-- Index for next variable = 255 -->
<ScalarVariable
name="RAElastance.T0"
valueReference="637534439"
description="start time of cardiac cycle"
variability="discrete"
initial="exact">
<Real
declaredType="Physiolibrary.Types.Time"
start="0.0"/>
</ScalarVariable>
<!-- Index for next variable = 256 -->
<ScalarVariable
name="RAElastance.EDTV"
valueReference="905969896"
description="Ventricular end Diastolic Time"
variability="discrete">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 257 -->
<ScalarVariable
name="RAElastance.Vs"
valueReference="637534343"
description="Stressed volume">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeInput"/>
</ScalarVariable>
<!-- Index for next variable = 258 -->
<ScalarVariable
name="RAElastance.Alpha"
valueReference="16777296"
description="coefficient of end diastolic pressure-volume curve"
causality="parameter"
variability="tunable">
<Real
unit="1/m3"
start="40000"/>
</ScalarVariable>
<!-- Index for next variable = 259 -->
<ScalarVariable
name="RAElastance.Beta"
valueReference="16777297"
description="coefficient of end diastolic pressure-volume curve"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="39.9967162245"/>
</ScalarVariable>
<!-- Index for next variable = 260 -->
<ScalarVariable
name="RAElastance.Ees"
valueReference="16777298"
description="coefficient of end-systolic elastance"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicElastance"
start="26664477.483"/>
</ScalarVariable>
<!-- Index for next variable = 261 -->
<ScalarVariable
name="RAElastance.Et"
valueReference="637534442"
description="Elastance">
<Real
declaredType="Physiolibrary.Types.HydraulicElastance"/>
</ScalarVariable>
<!-- Index for next variable = 262 -->
<ScalarVariable
name="RAElastance.Tsyst"
valueReference="637534436">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 263 -->
<ScalarVariable
name="RAElastance.Tmax"
valueReference="100663531"
description="duration of systole "
variability="constant">
<Real
declaredType="Physiolibrary.Types.Time"
displayUnit="ms"
start="0.125"/>
</ScalarVariable>
<!-- Index for next variable = 264 -->
<ScalarVariable
name="RAElastance.Tau"
valueReference="16777299"
description="time constant of myocardial relaxation "
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Time"
displayUnit="ms"
start="0.02"/>
</ScalarVariable>
<!-- Index for next variable = 265 -->
<ScalarVariable
name="RAElastance.Et0"
valueReference="637534444"
description="Relative elastance value (Elastance/End-Systolic Elastance)">
<Real
unit="1"/>
</ScalarVariable>
<!-- Index for next variable = 266 -->
<ScalarVariable
name="RAElastance.Pt"
valueReference="637534445"
description="peak isovolumic pressure">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureOutput"/>
</ScalarVariable>
<!-- Index for next variable = 267 -->
<ScalarVariable
name="RAElastance.Ct"
valueReference="637534340">
<Real
declaredType="Physiolibrary.Types.RealIO.HydraulicComplianceOutput"/>
</ScalarVariable>
<!-- Index for next variable = 268 -->
<ScalarVariable
name="RVElastance.HP"
valueReference="905969902"
description="heart period - duration of cardiac cycle"
variability="discrete"
initial="exact">
<Real
declaredType="Physiolibrary.Types.Time"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 269 -->
<ScalarVariable
name="RVElastance.b"
valueReference="637534447"
variability="discrete">
<Boolean/>
</ScalarVariable>
<!-- Index for next variable = 270 -->
<ScalarVariable
name="RVElastance.HR"
valueReference="234881120">
<Real
declaredType="Physiolibrary.Types.RealIO.FrequencyInput"/>
</ScalarVariable>
<!-- Index for next variable = 271 -->
<ScalarVariable
name="RVElastance.Tasyst"
valueReference="905969904"
description="time elapsed from the beginning of atrial systole">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 272 -->
<ScalarVariable
name="RVElastance.Tvsyst"
valueReference="637534449"
description="time elapsed from the beginning of ventricular systole">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 273 -->
<ScalarVariable
name="RVElastance.AVDelay"
valueReference="100663538"
description="AV interval"
variability="constant">
<Real
declaredType="Physiolibrary.Types.Time"
displayUnit="s"
start="0.16"/>
</ScalarVariable>
<!-- Index for next variable = 274 -->
<ScalarVariable
name="RVElastance.T0"
valueReference="637534451"
description="start time of cardiac cycle"
variability="discrete"
initial="exact">
<Real
declaredType="Physiolibrary.Types.Time"
start="0.0"/>
</ScalarVariable>
<!-- Index for next variable = 275 -->
<ScalarVariable
name="RVElastance.EDTV"
valueReference="905969908"
description="Ventricular end Diastolic Time"
variability="discrete">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 276 -->
<ScalarVariable
name="RVElastance.Vs"
valueReference="637534369"
description="Stressed volume">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeInput"/>
</ScalarVariable>
<!-- Index for next variable = 277 -->
<ScalarVariable
name="RVElastance.Alpha"
valueReference="16777300"
description="coefficient of end diastolic pressure-volume curve"
causality="parameter"
variability="tunable">
<Real
unit="1/m3"
start="24000"/>
</ScalarVariable>
<!-- Index for next variable = 278 -->
<ScalarVariable
name="RVElastance.Beta"
valueReference="16777301"
description="coefficient of end diastolic pressure-volume curve"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="45.3296117211"/>
</ScalarVariable>
<!-- Index for next variable = 279 -->
<ScalarVariable
name="RVElastance.Ees"
valueReference="16777302"
description="coefficient of end-systolic elastance"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicElastance"
start="50662507.2177"/>
</ScalarVariable>
<!-- Index for next variable = 280 -->
<ScalarVariable
name="RVElastance.Et"
valueReference="637534454"
description="Elastance">
<Real
declaredType="Physiolibrary.Types.HydraulicElastance"/>
</ScalarVariable>
<!-- Index for next variable = 281 -->
<ScalarVariable
name="RVElastance.Tsyst"
valueReference="637534449">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 282 -->
<ScalarVariable
name="RVElastance.Tmax"
valueReference="100663543"
description="duration of systole "
variability="constant">
<Real
declaredType="Physiolibrary.Types.Time"
displayUnit="ms"
start="0.2"/>
</ScalarVariable>
<!-- Index for next variable = 283 -->
<ScalarVariable
name="RVElastance.Tau"
valueReference="16777303"
description="time constant of myocardial relaxation "
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Time"
displayUnit="ms"
start="0.03"/>
</ScalarVariable>
<!-- Index for next variable = 284 -->
<ScalarVariable
name="RVElastance.Et0"
valueReference="637534456"
description="Relative elastance value (Elastance/End-Systolic Elastance)">
<Real
unit="1"/>
</ScalarVariable>
<!-- Index for next variable = 285 -->
<ScalarVariable
name="RVElastance.Pt"
valueReference="637534457"
description="peak isovolumic pressure">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureOutput"/>
</ScalarVariable>
<!-- Index for next variable = 286 -->
<ScalarVariable
name="RVElastance.Ct"
valueReference="637534366">
<Real
declaredType="Physiolibrary.Types.RealIO.HydraulicComplianceOutput"/>
</ScalarVariable>
<!-- Index for next variable = 287 -->
<ScalarVariable
name="LAElastance.HP"
valueReference="905969914"
description="heart period - duration of cardiac cycle"
variability="discrete"
initial="exact">
<Real
declaredType="Physiolibrary.Types.Time"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 288 -->
<ScalarVariable
name="LAElastance.b"
valueReference="637534459"
variability="discrete">
<Boolean/>
</ScalarVariable>
<!-- Index for next variable = 289 -->
<ScalarVariable
name="LAElastance.HR"
valueReference="234881120">
<Real
declaredType="Physiolibrary.Types.RealIO.FrequencyInput"/>
</ScalarVariable>
<!-- Index for next variable = 290 -->
<ScalarVariable
name="LAElastance.Tasyst"
valueReference="637534460"
description="time elapsed from the beginning of atrial systole">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 291 -->
<ScalarVariable
name="LAElastance.Tvsyst"
valueReference="905969917"
description="time elapsed from the beginning of ventricular systole">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 292 -->
<ScalarVariable
name="LAElastance.AVDelay"
valueReference="100663550"
description="AV interval"
variability="constant">
<Real
declaredType="Physiolibrary.Types.Time"
displayUnit="s"
start="0.16"/>
</ScalarVariable>
<!-- Index for next variable = 293 -->
<ScalarVariable
name="LAElastance.T0"
valueReference="637534463"
description="start time of cardiac cycle"
variability="discrete"
initial="exact">
<Real
declaredType="Physiolibrary.Types.Time"
start="0.0"/>
</ScalarVariable>
<!-- Index for next variable = 294 -->
<ScalarVariable
name="LAElastance.EDTV"
valueReference="905969920"
description="Ventricular end Diastolic Time"
variability="discrete">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 295 -->
<ScalarVariable
name="LAElastance.Vs"
valueReference="637534315"
description="Stressed volume">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeInput"/>
</ScalarVariable>
<!-- Index for next variable = 296 -->
<ScalarVariable
name="LAElastance.Alpha"
valueReference="16777304"
description="coefficient of end diastolic pressure-volume curve"
causality="parameter"
variability="tunable">
<Real
unit="1/m3"
start="40000"/>
</ScalarVariable>
<!-- Index for next variable = 297 -->
<ScalarVariable
name="LAElastance.Beta"
valueReference="16777305"
description="coefficient of end diastolic pressure-volume curve"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="39.9967162245"/>
</ScalarVariable>
<!-- Index for next variable = 298 -->
<ScalarVariable
name="LAElastance.Ees"
valueReference="16777306"
description="coefficient of end-systolic elastance"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicElastance"
start="33330596.85375"/>
</ScalarVariable>
<!-- Index for next variable = 299 -->
<ScalarVariable
name="LAElastance.Et"
valueReference="637534466"
description="Elastance">
<Real
declaredType="Physiolibrary.Types.HydraulicElastance"/>
</ScalarVariable>
<!-- Index for next variable = 300 -->
<ScalarVariable
name="LAElastance.Tsyst"
valueReference="637534460">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 301 -->
<ScalarVariable
name="LAElastance.Tmax"
valueReference="100663555"
description="duration of systole "
variability="constant">
<Real
declaredType="Physiolibrary.Types.Time"
displayUnit="ms"
start="0.125"/>
</ScalarVariable>
<!-- Index for next variable = 302 -->
<ScalarVariable
name="LAElastance.Tau"
valueReference="16777307"
description="time constant of myocardial relaxation "
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Time"
displayUnit="ms"
start="0.02"/>
</ScalarVariable>
<!-- Index for next variable = 303 -->
<ScalarVariable
name="LAElastance.Et0"
valueReference="637534468"
description="Relative elastance value (Elastance/End-Systolic Elastance)">
<Real
unit="1"/>
</ScalarVariable>
<!-- Index for next variable = 304 -->
<ScalarVariable
name="LAElastance.Pt"
valueReference="637534469"
description="peak isovolumic pressure">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureOutput"/>
</ScalarVariable>
<!-- Index for next variable = 305 -->
<ScalarVariable
name="LAElastance.Ct"
valueReference="637534312">
<Real
declaredType="Physiolibrary.Types.RealIO.HydraulicComplianceOutput"/>
</ScalarVariable>
<!-- Index for next variable = 306 -->
<ScalarVariable
name="LVElastance.HP"
valueReference="905969926"
description="heart period - duration of cardiac cycle"
variability="discrete"
initial="exact">
<Real
declaredType="Physiolibrary.Types.Time"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 307 -->
<ScalarVariable
name="LVElastance.b"
valueReference="637534471"
variability="discrete">
<Boolean/>
</ScalarVariable>
<!-- Index for next variable = 308 -->
<ScalarVariable
name="LVElastance.HR"
valueReference="234881120">
<Real
declaredType="Physiolibrary.Types.RealIO.FrequencyInput"/>
</ScalarVariable>
<!-- Index for next variable = 309 -->
<ScalarVariable
name="LVElastance.Tasyst"
valueReference="905969928"
description="time elapsed from the beginning of atrial systole">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 310 -->
<ScalarVariable
name="LVElastance.Tvsyst"
valueReference="637534473"
description="time elapsed from the beginning of ventricular systole">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 311 -->
<ScalarVariable
name="LVElastance.AVDelay"
valueReference="100663562"
description="AV interval"
variability="constant">
<Real
declaredType="Physiolibrary.Types.Time"
displayUnit="s"
start="0.16"/>
</ScalarVariable>
<!-- Index for next variable = 312 -->
<ScalarVariable
name="LVElastance.T0"
valueReference="637534475"
description="start time of cardiac cycle"
variability="discrete"
initial="exact">
<Real
declaredType="Physiolibrary.Types.Time"
start="0.0"/>
</ScalarVariable>
<!-- Index for next variable = 313 -->
<ScalarVariable
name="LVElastance.EDTV"
valueReference="905969932"
description="Ventricular end Diastolic Time"
variability="discrete">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 314 -->
<ScalarVariable
name="LVElastance.Vs"
valueReference="637534289"
description="Stressed volume">
<Real
declaredType="Physiolibrary.Types.RealIO.VolumeInput"/>
</ScalarVariable>
<!-- Index for next variable = 315 -->
<ScalarVariable
name="LVElastance.Alpha"
valueReference="16777308"
description="coefficient of end diastolic pressure-volume curve"
causality="parameter"
variability="tunable">
<Real
unit="1/m3"
start="24000"/>
</ScalarVariable>
<!-- Index for next variable = 316 -->
<ScalarVariable
name="LVElastance.Beta"
valueReference="16777309"
description="coefficient of end diastolic pressure-volume curve"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="45.3296117211"/>
</ScalarVariable>
<!-- Index for next variable = 317 -->
<ScalarVariable
name="LVElastance.Ees"
valueReference="16777310"
description="coefficient of end-systolic elastance"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.HydraulicElastance"
start="205316476.6191"/>
</ScalarVariable>
<!-- Index for next variable = 318 -->
<ScalarVariable
name="LVElastance.Et"
valueReference="637534478"
description="Elastance">
<Real
declaredType="Physiolibrary.Types.HydraulicElastance"/>
</ScalarVariable>
<!-- Index for next variable = 319 -->
<ScalarVariable
name="LVElastance.Tsyst"
valueReference="637534473">
<Real
declaredType="Physiolibrary.Types.Time"/>
</ScalarVariable>
<!-- Index for next variable = 320 -->
<ScalarVariable
name="LVElastance.Tmax"
valueReference="100663567"
description="duration of systole "
variability="constant">
<Real
declaredType="Physiolibrary.Types.Time"
displayUnit="ms"
start="0.2"/>
</ScalarVariable>
<!-- Index for next variable = 321 -->
<ScalarVariable
name="LVElastance.Tau"
valueReference="16777311"
description="time constant of myocardial relaxation "
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Time"
displayUnit="ms"
start="0.03"/>
</ScalarVariable>
<!-- Index for next variable = 322 -->
<ScalarVariable
name="LVElastance.Et0"
valueReference="637534480"
description="Relative elastance value (Elastance/End-Systolic Elastance)">
<Real
unit="1"/>
</ScalarVariable>
<!-- Index for next variable = 323 -->
<ScalarVariable
name="LVElastance.Pt"
valueReference="637534481"
description="peak isovolumic pressure">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureOutput"/>
</ScalarVariable>
<!-- Index for next variable = 324 -->
<ScalarVariable
name="LVElastance.Ct"
valueReference="637534286">
<Real
declaredType="Physiolibrary.Types.RealIO.HydraulicComplianceOutput"/>
</ScalarVariable>
<!-- Index for next variable = 325 -->
<ScalarVariable
name="heartRate.k"
valueReference="16777312"
description="Constant Frequency output value"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Frequency"
start="1.3333333333333"/>
</ScalarVariable>
<!-- Index for next variable = 326 -->
<ScalarVariable
name="heartRate.y"
valueReference="234881120"
description="Frequency constant">
<Real
declaredType="Physiolibrary.Types.RealIO.FrequencyOutput"/>
</ScalarVariable>
<!-- Index for next variable = 327 -->
<ScalarVariable
name="RAVGain.k"
valueReference="16777313"
description="Gain value multiplied with input signal"
causality="parameter"
variability="tunable">
<Real
unit="1"
start="0.02"/>
</ScalarVariable>
<!-- Index for next variable = 328 -->
<ScalarVariable
name="RAVGain.u"
valueReference="637534345"
description="Input signal connector">
<Real
declaredType="Modelica.Blocks.Interfaces.RealInput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 329 -->
<ScalarVariable
name="RAVGain.y"
valueReference="637534482"
description="Output signal connector">
<Real
declaredType="Modelica.Blocks.Interfaces.RealOutput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 330 -->
<ScalarVariable
name="add.k1"
valueReference="16777314"
description="Gain of upper input"
causality="parameter"
variability="tunable">
<Real
unit="1"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 331 -->
<ScalarVariable
name="add.k2"
valueReference="16777315"
description="Gain of middle input"
causality="parameter"
variability="tunable">
<Real
unit="1"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 332 -->
<ScalarVariable
name="add.k3"
valueReference="16777316"
description="Gain of lower input"
causality="parameter"
variability="tunable">
<Real
unit="1"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 333 -->
<ScalarVariable
name="add.u1"
valueReference="637534482"
description="Connector 1 of Real input signals">
<Real
declaredType="Modelica.Blocks.Interfaces.RealInput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 334 -->
<ScalarVariable
name="add.u2"
valueReference="234881133"
description="Connector 2 of Real input signals">
<Real
declaredType="Modelica.Blocks.Interfaces.RealInput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 335 -->
<ScalarVariable
name="add.u3"
valueReference="637534445"
description="Connector 3 of Real input signals">
<Real
declaredType="Modelica.Blocks.Interfaces.RealInput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 336 -->
<ScalarVariable
name="add.y"
valueReference="637534341"
description="Connector of Real output signals">
<Real
declaredType="Modelica.Blocks.Interfaces.RealOutput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 337 -->
<ScalarVariable
name="LAVGain.k"
valueReference="16777317"
description="Gain value multiplied with input signal"
causality="parameter"
variability="tunable">
<Real
unit="1"
start="0.02"/>
</ScalarVariable>
<!-- Index for next variable = 338 -->
<ScalarVariable
name="LAVGain.u"
valueReference="637534265"
description="Input signal connector">
<Real
declaredType="Modelica.Blocks.Interfaces.RealInput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 339 -->
<ScalarVariable
name="LAVGain.y"
valueReference="637534483"
description="Output signal connector">
<Real
declaredType="Modelica.Blocks.Interfaces.RealOutput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 340 -->
<ScalarVariable
name="add1.k1"
valueReference="16777318"
description="Gain of upper input"
causality="parameter"
variability="tunable">
<Real
unit="1"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 341 -->
<ScalarVariable
name="add1.k2"
valueReference="16777319"
description="Gain of middle input"
causality="parameter"
variability="tunable">
<Real
unit="1"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 342 -->
<ScalarVariable
name="add1.k3"
valueReference="16777320"
description="Gain of lower input"
causality="parameter"
variability="tunable">
<Real
unit="1"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 343 -->
<ScalarVariable
name="add1.u1"
valueReference="637534483"
description="Connector 1 of Real input signals">
<Real
declaredType="Modelica.Blocks.Interfaces.RealInput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 344 -->
<ScalarVariable
name="add1.u2"
valueReference="637534469"
description="Connector 2 of Real input signals">
<Real
declaredType="Modelica.Blocks.Interfaces.RealInput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 345 -->
<ScalarVariable
name="add1.u3"
valueReference="234881133"
description="Connector 3 of Real input signals">
<Real
declaredType="Modelica.Blocks.Interfaces.RealInput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 346 -->
<ScalarVariable
name="add1.y"
valueReference="637534313"
description="Connector of Real output signals">
<Real
declaredType="Modelica.Blocks.Interfaces.RealOutput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 347 -->
<ScalarVariable
name="pressureMeasure.q_in.pressure"
valueReference="637534265"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 348 -->
<ScalarVariable
name="pressureMeasure.q_in.q"
valueReference="100663572"
description="Volume flow"
variability="constant">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 349 -->
<ScalarVariable
name="pressureMeasure.pressure"
valueReference="637534265"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureOutput"/>
</ScalarVariable>
<!-- Index for next variable = 350 -->
<ScalarVariable
name="pressureMeasure1.q_in.pressure"
valueReference="637534345"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.Pressure"/>
</ScalarVariable>
<!-- Index for next variable = 351 -->
<ScalarVariable
name="pressureMeasure1.q_in.q"
valueReference="100663573"
description="Volume flow"
variability="constant">
<Real
declaredType="Physiolibrary.Types.VolumeFlowRate"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 352 -->
<ScalarVariable
name="pressureMeasure1.pressure"
valueReference="637534345"
description="Pressure">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureOutput"/>
</ScalarVariable>
<!-- Index for next variable = 353 -->
<ScalarVariable
name="add2.u1"
valueReference="234881133"
description="Connector of Real input signal 1">
<Real
declaredType="Modelica.Blocks.Interfaces.RealInput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 354 -->
<ScalarVariable
name="add2.u2"
valueReference="637534457"
description="Connector of Real input signal 2">
<Real
declaredType="Modelica.Blocks.Interfaces.RealInput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 355 -->
<ScalarVariable
name="add2.y"
valueReference="637534367"
description="Connector of Real output signal">
<Real
declaredType="Modelica.Blocks.Interfaces.RealOutput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 356 -->
<ScalarVariable
name="add2.k1"
valueReference="16777321"
description="Gain of upper input"
causality="parameter"
variability="tunable">
<Real
unit="1"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 357 -->
<ScalarVariable
name="add2.k2"
valueReference="16777322"
description="Gain of lower input"
causality="parameter"
variability="tunable">
<Real
unit="1"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 358 -->
<ScalarVariable
name="add3.u1"
valueReference="637534481"
description="Connector of Real input signal 1">
<Real
declaredType="Modelica.Blocks.Interfaces.RealInput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 359 -->
<ScalarVariable
name="add3.u2"
valueReference="234881133"
description="Connector of Real input signal 2">
<Real
declaredType="Modelica.Blocks.Interfaces.RealInput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 360 -->
<ScalarVariable
name="add3.y"
valueReference="637534287"
description="Connector of Real output signal">
<Real
declaredType="Modelica.Blocks.Interfaces.RealOutput"
unit="Pa"/>
</ScalarVariable>
<!-- Index for next variable = 361 -->
<ScalarVariable
name="add3.k1"
valueReference="16777323"
description="Gain of upper input"
causality="parameter"
variability="tunable">
<Real
unit="1"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 362 -->
<ScalarVariable
name="add3.k2"
valueReference="16777324"
description="Gain of lower input"
causality="parameter"
variability="tunable">
<Real
unit="1"
start="1"/>
</ScalarVariable>
<!-- Index for next variable = 363 -->
<ScalarVariable
name="IntraThoracicPressure.k"
valueReference="16777325"
description="Constant Pressure output value"
causality="parameter"
variability="tunable">
<Real
declaredType="Physiolibrary.Types.Pressure"
start="0"/>
</ScalarVariable>
<!-- Index for next variable = 364 -->
<ScalarVariable
name="IntraThoracicPressure.y"
valueReference="234881133"
description="Pressure constant">
<Real
declaredType="Physiolibrary.Types.RealIO.PressureOutput"/>
</ScalarVariable>
</ModelVariables>
<ModelStructure>
<Derivatives>
<Unknown index="2"
dependencies="1 21 132 159"
dependenciesKind="dependent dependent dependent dependent"/>
<Unknown index="22"
dependencies="1 21 41"
dependenciesKind="dependent dependent dependent"/>
<Unknown index="42"
dependencies="21 41 74"
dependenciesKind="dependent dependent dependent"/>
<Unknown index="75"
dependencies="41 74 101"
dependenciesKind="dependent dependent dependent"/>
<Unknown index="102"
dependencies="74 101 215"
dependenciesKind="dependent dependent dependent"/>
<Unknown index="133"
dependencies="1 132 159"
dependenciesKind="dependent dependent dependent"/>
<Unknown index="160"
dependencies="132 159 228"
dependenciesKind="dependent dependent dependent"/>
<Unknown index="195"
dependencies="194 215 228"
dependenciesKind="dependent dependent dependent"/>
<Unknown index="216"
dependencies="74 101 194 215"
dependenciesKind="dependent dependent dependent dependent"/>
<Unknown index="229"
dependencies="159 194 228"
dependenciesKind="dependent dependent dependent"/>
</Derivatives>
<InitialUnknowns>
<Unknown index="1"
dependencies="5"
dependenciesKind="dependent"/>
<Unknown index="2"
dependencies="5 7 8 9 10 11 20 25 27 28 29 30 31 131 136 138 139 143 163 165 166 170 258 259 260 264 277 278 279 283 327 330 331 332 356 357 363"
dependenciesKind="dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent"/>
<Unknown index="21"
dependencies="25"
dependenciesKind="dependent"/>
<Unknown index="22"
dependencies="5 7 8 9 10 11 20 25 27 28 29 30 31 40 45 47 48 49 51 363"
dependenciesKind="dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent"/>
<Unknown index="41"
dependencies="45"
dependenciesKind="dependent"/>
<Unknown index="42"
dependencies="25 27 28 29 30 31 40 45 47 48 49 51 61 71 72 73 78 80 81 85 315 316 317 321 361 362 363"
dependenciesKind="dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent"/>
<Unknown index="74"
dependencies="78"
dependenciesKind="dependent"/>
<Unknown index="75"
dependencies="45 47 48 49 51 61 71 72 73 78 80 81 85 98 99 100 105 107 108 112 296 297 298 302 315 316 317 321 337 340 341 342 361 362 363"
dependenciesKind="dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent"/>
<Unknown index="101"
dependencies="105"
dependenciesKind="dependent"/>
<Unknown index="102"
dependencies="78 80 81 85 98 99 100 105 107 108 112 123 219 221 222 223 225 296 297 298 302 315 316 317 321 337 340 341 342 361 362 363"
dependenciesKind="dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent"/>
<Unknown index="132"
dependencies="136"
dependenciesKind="dependent"/>
<Unknown index="133"
dependencies="5 7 8 9 10 11 131 136 138 139 143 156 157 158 163 165 166 170 258 259 260 264 277 278 279 283 327 330 331 332 356 357 363"
dependenciesKind="dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent"/>
<Unknown index="159"
dependencies="163"
dependenciesKind="dependent"/>
<Unknown index="160"
dependencies="136 138 139 143 156 157 158 163 165 166 170 183 184 185 193 232 234 235 236 238 258 259 260 264 277 278 279 283 327 330 331 332 356 357 363"
dependenciesKind="dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent"/>
<Unknown index="194"
dependencies="198"
dependenciesKind="dependent"/>
<Unknown index="195"
dependencies="198 200 201 202 204 214 219 221 222 223 225 232 234 235 236 238 248 363"
dependenciesKind="dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent"/>
<Unknown index="215"
dependencies="219"
dependenciesKind="dependent"/>
<Unknown index="216"
dependencies="78 80 81 85 105 107 108 112 123 198 200 201 202 204 219 221 222 223 225 248 296 297 298 302 315 316 317 321 337 340 341 342 361 362 363"
dependenciesKind="dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent"/>
<Unknown index="228"
dependencies="232"
dependenciesKind="dependent"/>
<Unknown index="229"
dependencies="163 165 166 170 183 184 185 193 198 200 201 202 204 214 232 234 235 236 238 277 278 279 283 356 357 363"
dependenciesKind="dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent dependent"/>
</InitialUnknowns>
</ModelStructure>
</fmiModelDescription>