// =====================================================================
// CardioSys — Functional Cardiac Architecture
// =====================================================================
//
// A complete functional model of the human cardiovascular system:
// the heart with its four chambers, the coronary blood supply, the
// conduction system (SA/AV nodes, bundle of His, Purkinje fibers),
// arterial blood chemistry (O2, CO2, electrolytes, pH, glucose),
// and systemic factors (inflammatory status, ionic channel function).
// The TLE is "InsufficientCardiacOutput" — the heart fails to pump
// adequate blood.
//
// This model demonstrates that MCSA and ArchDSL are domain-neutral:
// the same fault tree methodology that analyzes automotive or power
// systems works for biomedical architectures.
//
// Domain:     Biomedical Engineering / Cardiology
// Functions:  65 (requires Full version)
// Complexity: Very high — 425 basic events, 418 gates, 753 cut sets
//
// Copyright (c) 2026 Dr. Wolfgang Freese, Overath (Germany)
// All rights reserved. This file is provided as an example for
// use with MCSA (mcsa.appliedfusa.de).
//
FUNCTION Heart

INPUT VenousReturn
INPUT PulmonaryVenousReturn
INPUT SympatheticDrive
INPUT ParasympatheticDrive
INPUT O2Level
INPUT CO2Level
INPUT PotassiumLevel
INPUT CalciumLevel
INPUT MagnesiumLevel
INPUT pH
INPUT Temperature
INPUT GlucoseLevel
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT AfterloadPressure
INPUT PulmonaryPressure
INPUT ThyroidStatus
INPUT CatecholamineLevel
INPUT CoagulationStatus
INPUT AgeRelatedDegeneration
INPUT DevelopmentalMaturity
OUTPUT AorticFlow
OUTPUT PulmonaryArterialFlow

// =============================================================
// ARTERIAL BLOOD — Blood Chemistry Consolidation [v5, updated v6]
// =============================================================

FUNCTION ArterialBlood
INPUT O2Level
INPUT CO2Level
INPUT PotassiumLevel
INPUT CalciumLevel
INPUT MagnesiumLevel
INPUT pH
INPUT Temperature
INPUT GlucoseLevel
OUTPUT BloodQuality
OIM BloodQuality.Quality_Abnormal.OR(O2Level.Level_Low; CO2Level.Level_High; PotassiumLevel.Level_High; PotassiumLevel.Level_Low; CalciumLevel.Level_High; CalciumLevel.Level_Low; MagnesiumLevel.Level_Abnormal; pH.Level_Abnormal; Temperature.Level_High; Temperature.Level_Low; GlucoseLevel.Level_High; GlucoseLevel.Level_Low)
END FUNCTION

// =============================================================
// AUTONOMIC NERVOUS SYSTEM [v6: ThyroidStatus added]
// =============================================================

FUNCTION AutonomicInput
INPUT SympatheticDrive
INPUT ParasympatheticDrive
INPUT ThyroidStatus
INPUT DevelopmentalMaturity
OUTPUT RateModulation
OIM RateModulation.Rate_TooHigh.OR(SympatheticDrive.Tone_Excessive; ParasympatheticDrive.Tone_Absent; ThyroidStatus.Level_High)
OIM RateModulation.Rate_TooLow.OR(SympatheticDrive.Tone_Absent; ParasympatheticDrive.Tone_Excessive; ThyroidStatus.Level_Low; DevelopmentalMaturity.Maturity_Insufficient)
END FUNCTION

// =============================================================
// SINOATRIAL NODE [v6: ThyroidStatus, CatecholamineLevel, AgeRelatedDegeneration]
// =============================================================

FUNCTION SaNode
INPUT RateModulation
INPUT CoronarySupply
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT ThyroidStatus
INPUT CatecholamineLevel
INPUT AgeRelatedDegeneration
INPUT DevelopmentalMaturity
OUTPUT AtrialImpulse
OIM AtrialImpulse.Impulse_Missing.OR(RateModulation.Rate_TooLow; CoronarySupply.Supply_Inadequate; IonicChannelStatus.Channel_Dysfunction; InflammatoryStatus.Inflammation_Active; ThyroidStatus.Level_Low; AgeRelatedDegeneration.Degeneration_Active; DevelopmentalMaturity.Maturity_Insufficient)
OIM AtrialImpulse.Impulse_TooFast.OR(RateModulation.Rate_TooHigh; IonicChannelStatus.Channel_Dysfunction; ThyroidStatus.Level_High; CatecholamineLevel.Level_High)
END FUNCTION

// =============================================================
// ATRIOVENTRICULAR NODE — Dual Pathway Architecture [v6: AgeRelatedDegeneration]
// =============================================================

FUNCTION AvNode
INPUT AtrialImpulse
INPUT CoronarySupply
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT AgeRelatedDegeneration
INPUT DevelopmentalMaturity
OUTPUT VentricularImpulse

FUNCTION AV_FastPathway
INPUT AtrialImpulse
INPUT CoronarySupply
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT AgeRelatedDegeneration
INPUT DevelopmentalMaturity
OUTPUT FastPathwayImpulse
OIM FastPathwayImpulse.Impulse_Missing.OR(AtrialImpulse.Impulse_Missing; CoronarySupply.Supply_Inadequate; IonicChannelStatus.Channel_Dysfunction; InflammatoryStatus.Inflammation_Active; AgeRelatedDegeneration.Degeneration_Active; DevelopmentalMaturity.Maturity_Insufficient)
OIM FastPathwayImpulse.Impulse_TooFast.AtrialImpulse.Impulse_TooFast
END FUNCTION

FUNCTION AV_SlowPathway
INPUT AtrialImpulse
INPUT CoronarySupply
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT AgeRelatedDegeneration
INPUT DevelopmentalMaturity
OUTPUT SlowPathwayImpulse
OIM SlowPathwayImpulse.Impulse_Missing.OR(AtrialImpulse.Impulse_Missing; CoronarySupply.Supply_Inadequate; IonicChannelStatus.Channel_Dysfunction; InflammatoryStatus.Inflammation_Active; AgeRelatedDegeneration.Degeneration_Active; DevelopmentalMaturity.Maturity_Insufficient)
OIM SlowPathwayImpulse.Impulse_TooFast.AtrialImpulse.Impulse_TooFast
END FUNCTION

// Both pathways must fail for complete AV block (AND gate = redundancy)
FUNCTION AV_Output
INPUT FastPathwayImpulse
INPUT SlowPathwayImpulse
OUTPUT VentricularImpulse
OIM VentricularImpulse.Impulse_Missing.AND(FastPathwayImpulse.Impulse_Missing; SlowPathwayImpulse.Impulse_Missing)
OIM VentricularImpulse.Impulse_TooFast.OR(FastPathwayImpulse.Impulse_TooFast; SlowPathwayImpulse.Impulse_TooFast)
END FUNCTION

INT ifAV_AtrialFast.AvNode.IN.AtrialImpulse.AV_FastPathway.IN.AtrialImpulse
INT ifAV_AtrialSlow.AvNode.IN.AtrialImpulse.AV_SlowPathway.IN.AtrialImpulse
INT ifAV_CoronaryFast.AvNode.IN.CoronarySupply.AV_FastPathway.IN.CoronarySupply
INT ifAV_CoronarySlow.AvNode.IN.CoronarySupply.AV_SlowPathway.IN.CoronarySupply
INT ifAV_IonicFast.AvNode.IN.IonicChannelStatus.AV_FastPathway.IN.IonicChannelStatus
INT ifAV_IonicSlow.AvNode.IN.IonicChannelStatus.AV_SlowPathway.IN.IonicChannelStatus
INT ifAV_InflamFast.AvNode.IN.InflammatoryStatus.AV_FastPathway.IN.InflammatoryStatus
INT ifAV_InflamSlow.AvNode.IN.InflammatoryStatus.AV_SlowPathway.IN.InflammatoryStatus
INT ifAV_AgeFast.AvNode.IN.AgeRelatedDegeneration.AV_FastPathway.IN.AgeRelatedDegeneration
INT ifAV_AgeSlow.AvNode.IN.AgeRelatedDegeneration.AV_SlowPathway.IN.AgeRelatedDegeneration
INT ifAV_DevMatFast.AvNode.IN.DevelopmentalMaturity.AV_FastPathway.IN.DevelopmentalMaturity
INT ifAV_DevMatSlow.AvNode.IN.DevelopmentalMaturity.AV_SlowPathway.IN.DevelopmentalMaturity
INT ifAV_FastToOut.AV_FastPathway.OUT.FastPathwayImpulse.AV_Output.IN.FastPathwayImpulse
INT ifAV_SlowToOut.AV_SlowPathway.OUT.SlowPathwayImpulse.AV_Output.IN.SlowPathwayImpulse
INT ifAV_OutToNode.AV_Output.OUT.VentricularImpulse.AvNode.OUT.VentricularImpulse

END FUNCTION

// =============================================================
// HIS BUNDLE AND BUNDLE BRANCHES [v6: AgeRelatedDegeneration]
// =============================================================

FUNCTION HisBundle
INPUT HisBundleImpulse
INPUT AgeRelatedDegeneration
OUTPUT HisBundleOutput
OIM HisBundleOutput.Impulse_Missing.OR(HisBundleImpulse.Impulse_Missing; AgeRelatedDegeneration.Degeneration_Active)
OIM HisBundleOutput.Impulse_TooFast.HisBundleImpulse.Impulse_TooFast
END FUNCTION

FUNCTION RightBundleBranch
INPUT BranchImpulse
OUTPUT BranchOutput
OIM BranchOutput.Impulse_Missing.BranchImpulse.Impulse_Missing
OIM BranchOutput.Impulse_TooFast.BranchImpulse.Impulse_TooFast
END FUNCTION

FUNCTION LeftAnteriorFascicle
INPUT FascicleImpulse
OUTPUT FascicleOutput
OIM FascicleOutput.Impulse_Missing.FascicleImpulse.Impulse_Missing
OIM FascicleOutput.Impulse_TooFast.FascicleImpulse.Impulse_TooFast
END FUNCTION

FUNCTION LeftPosteriorFascicle
INPUT FascicleImpulse
OUTPUT FascicleOutput
OIM FascicleOutput.Impulse_Missing.FascicleImpulse.Impulse_Missing
OIM FascicleOutput.Impulse_TooFast.FascicleImpulse.Impulse_TooFast
END FUNCTION

FUNCTION PurkinjeFibersRV
INPUT PurkinjeImpulse
OUTPUT VentricularActivationRV
OIM VentricularActivationRV.Impulse_Missing.PurkinjeImpulse.Impulse_Missing
OIM VentricularActivationRV.Impulse_TooFast.PurkinjeImpulse.Impulse_TooFast
END FUNCTION

// AND gate: both fascicles must fail for complete LV activation loss
FUNCTION PurkinjeFibersLV
INPUT AnteriorImpulse
INPUT PosteriorImpulse
OUTPUT VentricularActivationLV
OIM VentricularActivationLV.Impulse_Missing.AND(AnteriorImpulse.Impulse_Missing; PosteriorImpulse.Impulse_Missing)
OIM VentricularActivationLV.Impulse_TooFast.OR(AnteriorImpulse.Impulse_TooFast; PosteriorImpulse.Impulse_TooFast)
END FUNCTION

// =============================================================
// CORONARY CIRCULATION [v6: CoagulationStatus added to entry points]
// =============================================================

// RCA — Serial: Proximal + Distal [v6: CoagulationStatus]
FUNCTION RCA
INPUT BloodQuality
INPUT CoagulationStatus
OUTPUT RCASupply

FUNCTION RCA_Proximal
INPUT BloodQuality
INPUT CoagulationStatus
OUTPUT ProximalRCAFlow
OIM ProximalRCAFlow.Supply_Inadequate.OR(BloodQuality.Quality_Abnormal; CoagulationStatus.Hypercoagulable)
END FUNCTION

FUNCTION RCA_Distal
INPUT ProximalRCAFlow
OUTPUT RCASupply
OIM RCASupply.Supply_Inadequate.ProximalRCAFlow.Supply_Inadequate
END FUNCTION

INT ifRCA_BloodToProx.RCA.IN.BloodQuality.RCA_Proximal.IN.BloodQuality
INT ifRCA_CoagToProx.RCA.IN.CoagulationStatus.RCA_Proximal.IN.CoagulationStatus
INT ifRCA_ProxToDist.RCA_Proximal.OUT.ProximalRCAFlow.RCA_Distal.IN.ProximalRCAFlow
INT ifRCA_DistOut.RCA_Distal.OUT.RCASupply.RCA.OUT.RCASupply

END FUNCTION

// LeftMainCoronary [v6: CoagulationStatus added]
FUNCTION LeftMainCoronary
INPUT BloodQuality
INPUT CoagulationStatus
OUTPUT LMainFlow
OIM LMainFlow.Supply_Inadequate.OR(BloodQuality.Quality_Abnormal; CoagulationStatus.Hypercoagulable)
END FUNCTION

// LAD — Serial: Proximal + Distal
FUNCTION LAD
INPUT LMainFlow
OUTPUT LADSupply

FUNCTION LAD_Proximal
INPUT LMainFlow
OUTPUT ProximalFlow
OIM ProximalFlow.Supply_Inadequate.LMainFlow.Supply_Inadequate
END FUNCTION

FUNCTION LAD_Distal
INPUT ProximalFlow
OUTPUT LADSupply
OIM LADSupply.Supply_Inadequate.ProximalFlow.Supply_Inadequate
END FUNCTION

INT ifLAD_InToProx.LAD.IN.LMainFlow.LAD_Proximal.IN.LMainFlow
INT ifLAD_ProxToDist.LAD_Proximal.OUT.ProximalFlow.LAD_Distal.IN.ProximalFlow
INT ifLAD_DistOut.LAD_Distal.OUT.LADSupply.LAD.OUT.LADSupply

END FUNCTION

FUNCTION LeftCircumflex
INPUT LMainFlow
OUTPUT LCxSupply
OIM LCxSupply.Supply_Inadequate.LMainFlow.Supply_Inadequate
END FUNCTION

// =============================================================
// STRUCTURAL COMPONENTS
// =============================================================

FUNCTION InterventricularSeptum
INPUT SeptalSupply
OUTPUT VentricularSeptalIntegrity
OIM VentricularSeptalIntegrity.Integrity_Lost.SeptalSupply.Supply_Inadequate
END FUNCTION

FUNCTION InteratrialSeptum
OUTPUT AtrialSeptalIntegrity
END FUNCTION

FUNCTION Pericardium
OUTPUT PericardialConstraint
END FUNCTION

// =============================================================
// GREAT VESSELS (INPUT) — VenaCava decomposed
// =============================================================

// VenaCava — Parallel: SVC + IVC with AND gate
FUNCTION VenaCava
INPUT VenousReturn
OUTPUT VenaCavaFlow

FUNCTION SuperiorVC
INPUT VenousReturn
OUTPUT SVCFlow
OIM SVCFlow.Flow_TooLow.VenousReturn.Flow_TooLow
END FUNCTION

FUNCTION InferiorVC
INPUT VenousReturn
OUTPUT IVCFlow
OIM IVCFlow.Flow_TooLow.VenousReturn.Flow_TooLow
END FUNCTION

// Both SVC and IVC must fail for total venous return loss (AND gate)
FUNCTION VC_Combiner
INPUT SVCFlow
INPUT IVCFlow
OUTPUT VenaCavaFlow
OIM VenaCavaFlow.Flow_TooLow.AND(SVCFlow.Flow_TooLow; IVCFlow.Flow_TooLow)
END FUNCTION

INT ifVC_InToSVC.VenaCava.IN.VenousReturn.SuperiorVC.IN.VenousReturn
INT ifVC_InToIVC.VenaCava.IN.VenousReturn.InferiorVC.IN.VenousReturn
INT ifVC_SVCtoComb.SuperiorVC.OUT.SVCFlow.VC_Combiner.IN.SVCFlow
INT ifVC_IVCtoComb.InferiorVC.OUT.IVCFlow.VC_Combiner.IN.IVCFlow
INT ifVC_CombOut.VC_Combiner.OUT.VenaCavaFlow.VenaCava.OUT.VenaCavaFlow

END FUNCTION

FUNCTION PulmonaryVein
INPUT PulmonaryVenousReturn
OUTPUT PulmonaryVeinFlow
OIM PulmonaryVeinFlow.Flow_TooLow.PulmonaryVenousReturn.Flow_TooLow
END FUNCTION

// =============================================================
// RIGHT ATRIUM
// =============================================================

FUNCTION RightAtrium
INPUT VenaCavaFlow
INPUT AtrialImpulse
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT PericardialConstraint
OUTPUT RAEjection
OIM RAEjection.Flow_TooLow.OR(VenaCavaFlow.Flow_TooLow; AtrialImpulse.Impulse_Missing; AtrialImpulse.Impulse_TooFast; IonicChannelStatus.Channel_Dysfunction; InflammatoryStatus.Inflammation_Active; PericardialConstraint.Tamponade)
END FUNCTION

// =============================================================
// LEFT ATRIUM — PV Ostia + Myocardium
// =============================================================

FUNCTION LeftAtrium
INPUT PulmonaryVeinFlow
INPUT AtrialImpulse
INPUT CoronarySupply
INPUT SeptalIntegrity
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT PericardialConstraint
OUTPUT LAEjection

// PV ostia: primary ectopic trigger source for atrial fibrillation
FUNCTION LA_PulmonaryVeinOstia
INPUT PulmonaryVeinFlow
OUTPUT OstialFlow
OIM OstialFlow.Flow_TooLow.PulmonaryVeinFlow.Flow_TooLow
END FUNCTION

FUNCTION LA_AtrialMyocardium
INPUT OstialFlow
INPUT AtrialImpulse
INPUT CoronarySupply
INPUT SeptalIntegrity
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT PericardialConstraint
OUTPUT LAEjection
OIM LAEjection.Flow_TooLow.OR(OstialFlow.Flow_TooLow; AtrialImpulse.Impulse_Missing; AtrialImpulse.Impulse_TooFast; CoronarySupply.Supply_Inadequate; IonicChannelStatus.Channel_Dysfunction; InflammatoryStatus.Inflammation_Active; SeptalIntegrity.Integrity_Lost; PericardialConstraint.Tamponade)
END FUNCTION

INT ifLA_PVtoOstia.LeftAtrium.IN.PulmonaryVeinFlow.LA_PulmonaryVeinOstia.IN.PulmonaryVeinFlow
INT ifLA_OstiaToMyo.LA_PulmonaryVeinOstia.OUT.OstialFlow.LA_AtrialMyocardium.IN.OstialFlow
INT ifLA_ImpToMyo.LeftAtrium.IN.AtrialImpulse.LA_AtrialMyocardium.IN.AtrialImpulse
INT ifLA_CorToMyo.LeftAtrium.IN.CoronarySupply.LA_AtrialMyocardium.IN.CoronarySupply
INT ifLA_SepToMyo.LeftAtrium.IN.SeptalIntegrity.LA_AtrialMyocardium.IN.SeptalIntegrity
INT ifLA_IonicToMyo.LeftAtrium.IN.IonicChannelStatus.LA_AtrialMyocardium.IN.IonicChannelStatus
INT ifLA_InflamToMyo.LeftAtrium.IN.InflammatoryStatus.LA_AtrialMyocardium.IN.InflammatoryStatus
INT ifLA_PeriToMyo.LeftAtrium.IN.PericardialConstraint.LA_AtrialMyocardium.IN.PericardialConstraint
INT ifLA_MyoOut.LA_AtrialMyocardium.OUT.LAEjection.LeftAtrium.OUT.LAEjection

END FUNCTION

// =============================================================
// TRICUSPID VALVE — Leaflets + Chordae + Papillary Muscles [v6: AgeRelatedDegeneration]
// =============================================================

FUNCTION TricuspidValve
INPUT RAEjection
INPUT CoronarySupply
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT AgeRelatedDegeneration
OUTPUT TricuspidFlow

FUNCTION TV_Leaflets
INPUT RAEjection
INPUT AgeRelatedDegeneration
OUTPUT LeafletFlow
OIM LeafletFlow.Flow_TooLow.OR(RAEjection.Flow_TooLow; AgeRelatedDegeneration.Degeneration_Active)
END FUNCTION

// Single RCA supply = SPOF
FUNCTION TV_PapillaryMuscles
INPUT CoronarySupply
INPUT IonicChannelStatus
INPUT InflammatoryStatus
OUTPUT TVPapillaryStatus
OIM TVPapillaryStatus.PM_Dysfunction.OR(CoronarySupply.Supply_Inadequate; IonicChannelStatus.Channel_Dysfunction; InflammatoryStatus.Inflammation_Active)
END FUNCTION

FUNCTION TV_ChordaeTendineae
INPUT LeafletFlow
INPUT TVPapillaryStatus
OUTPUT TricuspidFlow
OIM TricuspidFlow.Flow_TooLow.OR(LeafletFlow.Flow_TooLow; TVPapillaryStatus.PM_Dysfunction)
END FUNCTION

INT ifTV_RAtoLeaf.TricuspidValve.IN.RAEjection.TV_Leaflets.IN.RAEjection
INT ifTV_AgeToLeaf.TricuspidValve.IN.AgeRelatedDegeneration.TV_Leaflets.IN.AgeRelatedDegeneration
INT ifTV_CorToPM.TricuspidValve.IN.CoronarySupply.TV_PapillaryMuscles.IN.CoronarySupply
INT ifTV_IonicToPM.TricuspidValve.IN.IonicChannelStatus.TV_PapillaryMuscles.IN.IonicChannelStatus
INT ifTV_InflamToPM.TricuspidValve.IN.InflammatoryStatus.TV_PapillaryMuscles.IN.InflammatoryStatus
INT ifTV_LeafToChord.TV_Leaflets.OUT.LeafletFlow.TV_ChordaeTendineae.IN.LeafletFlow
INT ifTV_PMtoChord.TV_PapillaryMuscles.OUT.TVPapillaryStatus.TV_ChordaeTendineae.IN.TVPapillaryStatus
INT ifTV_ChordOut.TV_ChordaeTendineae.OUT.TricuspidFlow.TricuspidValve.OUT.TricuspidFlow

END FUNCTION

// =============================================================
// MITRAL VALVE — Leaflets + Chordae + Papillary Muscles [v6: AgeRelatedDegeneration]
// =============================================================

FUNCTION MitralValve
INPUT LAEjection
INPUT CoronarySupplyLAD
INPUT CoronarySupplyLCx
INPUT CoronarySupplyRCA
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT AgeRelatedDegeneration
OUTPUT MitralFlow

FUNCTION MV_Leaflets
INPUT LAEjection
INPUT AgeRelatedDegeneration
OUTPUT LeafletFlow
OIM LeafletFlow.Flow_TooLow.OR(LAEjection.Flow_TooLow; AgeRelatedDegeneration.Degeneration_Active)
END FUNCTION

// Anterolateral PM: dual coronary supply (LAD + LCx) = AND gate
FUNCTION MV_PapillaryMuscle_AL
INPUT CoronarySupplyLAD
INPUT CoronarySupplyLCx
INPUT IonicChannelStatus
INPUT InflammatoryStatus
OUTPUT ALPapillaryStatus
OIM ALPapillaryStatus.PM_Dysfunction.OR(AND(CoronarySupplyLAD.Supply_Inadequate; CoronarySupplyLCx.Supply_Inadequate); IonicChannelStatus.Channel_Dysfunction; InflammatoryStatus.Inflammation_Active)
END FUNCTION

// Posteromedial PM: single coronary supply (RCA) = SPOF
FUNCTION MV_PapillaryMuscle_PM
INPUT CoronarySupplyRCA
INPUT IonicChannelStatus
INPUT InflammatoryStatus
OUTPUT PMPapillaryStatus
OIM PMPapillaryStatus.PM_Dysfunction.OR(CoronarySupplyRCA.Supply_Inadequate; IonicChannelStatus.Channel_Dysfunction; InflammatoryStatus.Inflammation_Active)
END FUNCTION

// Chordae transmit force from PM to leaflets; PM dysfunction -> regurgitation -> flow loss
FUNCTION MV_ChordaeTendineae
INPUT LeafletFlow
INPUT ALPapillaryStatus
INPUT PMPapillaryStatus
OUTPUT MitralFlow
OIM MitralFlow.Flow_TooLow.OR(LeafletFlow.Flow_TooLow; ALPapillaryStatus.PM_Dysfunction; PMPapillaryStatus.PM_Dysfunction)
END FUNCTION

INT ifMV_LAEtoLeaf.MitralValve.IN.LAEjection.MV_Leaflets.IN.LAEjection
INT ifMV_AgeToLeaf.MitralValve.IN.AgeRelatedDegeneration.MV_Leaflets.IN.AgeRelatedDegeneration
INT ifMV_LADtoAL.MitralValve.IN.CoronarySupplyLAD.MV_PapillaryMuscle_AL.IN.CoronarySupplyLAD
INT ifMV_LCxtoAL.MitralValve.IN.CoronarySupplyLCx.MV_PapillaryMuscle_AL.IN.CoronarySupplyLCx
INT ifMV_RCAtoPM.MitralValve.IN.CoronarySupplyRCA.MV_PapillaryMuscle_PM.IN.CoronarySupplyRCA
INT ifMV_IonicToAL.MitralValve.IN.IonicChannelStatus.MV_PapillaryMuscle_AL.IN.IonicChannelStatus
INT ifMV_IonicToPM.MitralValve.IN.IonicChannelStatus.MV_PapillaryMuscle_PM.IN.IonicChannelStatus
INT ifMV_InflamToAL.MitralValve.IN.InflammatoryStatus.MV_PapillaryMuscle_AL.IN.InflammatoryStatus
INT ifMV_InflamToPM.MitralValve.IN.InflammatoryStatus.MV_PapillaryMuscle_PM.IN.InflammatoryStatus
INT ifMV_LeafToChord.MV_Leaflets.OUT.LeafletFlow.MV_ChordaeTendineae.IN.LeafletFlow
INT ifMV_ALtoChord.MV_PapillaryMuscle_AL.OUT.ALPapillaryStatus.MV_ChordaeTendineae.IN.ALPapillaryStatus
INT ifMV_PMtoChord.MV_PapillaryMuscle_PM.OUT.PMPapillaryStatus.MV_ChordaeTendineae.IN.PMPapillaryStatus
INT ifMV_ChordOut.MV_ChordaeTendineae.OUT.MitralFlow.MitralValve.OUT.MitralFlow

END FUNCTION

// =============================================================
// RIGHT VENTRICLE — Serial: Inflow + Trabecular + Outflow [v6: CatecholamineLevel, PulmonaryPressure]
// =============================================================

FUNCTION RightVentricle
INPUT TricuspidFlow
INPUT VentricularActivation
INPUT CoronarySupply
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT PericardialConstraint
INPUT CatecholamineLevel
INPUT PulmonaryPressure
OUTPUT RVEjection

FUNCTION RV_InflowTract
INPUT TricuspidFlow
INPUT VentricularActivation
INPUT CoronarySupply
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT PericardialConstraint
INPUT CatecholamineLevel
INPUT PulmonaryPressure
OUTPUT InflowContraction
OIM InflowContraction.Contraction_Weak.OR(TricuspidFlow.Flow_TooLow; VentricularActivation.Impulse_Missing; VentricularActivation.Impulse_TooFast; CoronarySupply.Supply_Inadequate; IonicChannelStatus.Channel_Dysfunction; InflammatoryStatus.Inflammation_Active; PericardialConstraint.Tamponade; CatecholamineLevel.Level_High; PulmonaryPressure.Pressure_Elevated)
END FUNCTION

FUNCTION RV_TrabecularZone
INPUT InflowContraction
OUTPUT TrabecularContraction
OIM TrabecularContraction.Contraction_Weak.InflowContraction.Contraction_Weak
END FUNCTION

// RVOT: outflow tract, source of RVOT-VT
FUNCTION RV_OutflowTract
INPUT TrabecularContraction
OUTPUT RVEjection
OIM RVEjection.Flow_TooLow.TrabecularContraction.Contraction_Weak
END FUNCTION

// --- RV Internal: Forward inputs to InflowTract ---
INT ifRV_TricToInflow.RightVentricle.IN.TricuspidFlow.RV_InflowTract.IN.TricuspidFlow
INT ifRV_ActToInflow.RightVentricle.IN.VentricularActivation.RV_InflowTract.IN.VentricularActivation
INT ifRV_CorToInflow.RightVentricle.IN.CoronarySupply.RV_InflowTract.IN.CoronarySupply
INT ifRV_IonicToInflow.RightVentricle.IN.IonicChannelStatus.RV_InflowTract.IN.IonicChannelStatus
INT ifRV_InflamToInflow.RightVentricle.IN.InflammatoryStatus.RV_InflowTract.IN.InflammatoryStatus
INT ifRV_PeriToInflow.RightVentricle.IN.PericardialConstraint.RV_InflowTract.IN.PericardialConstraint
INT ifRV_CatToInflow.RightVentricle.IN.CatecholamineLevel.RV_InflowTract.IN.CatecholamineLevel
INT ifRV_PulmToInflow.RightVentricle.IN.PulmonaryPressure.RV_InflowTract.IN.PulmonaryPressure

// --- RV Internal: Serial chain ---
INT ifRV_InflowToTrab.RV_InflowTract.OUT.InflowContraction.RV_TrabecularZone.IN.InflowContraction
INT ifRV_TrabToRVOT.RV_TrabecularZone.OUT.TrabecularContraction.RV_OutflowTract.IN.TrabecularContraction

// --- RV Internal: Output ---
INT ifRV_RVOTOut.RV_OutflowTract.OUT.RVEjection.RightVentricle.OUT.RVEjection

END FUNCTION

// =============================================================
// LEFT VENTRICLE — Regional Wall Segments [v6: CatecholamineLevel, AfterloadPressure]
// =============================================================

FUNCTION LeftVentricle
INPUT MitralFlow
INPUT VentricularActivation
INPUT CoronarySupplyLAD
INPUT CoronarySupplyLCx
INPUT CoronarySupplyRCA
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT SeptalIntegrity
INPUT PericardialConstraint
INPUT CatecholamineLevel
INPUT AfterloadPressure
OUTPUT LVEjection

// Anterior wall supplied by LAD
FUNCTION LV_AnteriorWall
INPUT VentricularActivation
INPUT CoronarySupply
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT PericardialConstraint
INPUT CatecholamineLevel
INPUT AfterloadPressure
OUTPUT AnteriorContraction
OIM AnteriorContraction.Contraction_Weak.OR(VentricularActivation.Impulse_Missing; VentricularActivation.Impulse_TooFast; CoronarySupply.Supply_Inadequate; IonicChannelStatus.Channel_Dysfunction; InflammatoryStatus.Inflammation_Active; PericardialConstraint.Tamponade; CatecholamineLevel.Level_High; AfterloadPressure.Pressure_Overload)
END FUNCTION

// Lateral wall supplied by LCx
FUNCTION LV_LateralWall
INPUT VentricularActivation
INPUT CoronarySupply
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT PericardialConstraint
INPUT CatecholamineLevel
INPUT AfterloadPressure
OUTPUT LateralContraction
OIM LateralContraction.Contraction_Weak.OR(VentricularActivation.Impulse_Missing; VentricularActivation.Impulse_TooFast; CoronarySupply.Supply_Inadequate; IonicChannelStatus.Channel_Dysfunction; InflammatoryStatus.Inflammation_Active; PericardialConstraint.Tamponade; CatecholamineLevel.Level_High; AfterloadPressure.Pressure_Overload)
END FUNCTION

// Inferior wall supplied by RCA (right-dominant, ~85%)
FUNCTION LV_InferiorWall
INPUT VentricularActivation
INPUT CoronarySupply
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT PericardialConstraint
INPUT CatecholamineLevel
INPUT AfterloadPressure
OUTPUT InferiorContraction
OIM InferiorContraction.Contraction_Weak.OR(VentricularActivation.Impulse_Missing; VentricularActivation.Impulse_TooFast; CoronarySupply.Supply_Inadequate; IonicChannelStatus.Channel_Dysfunction; InflammatoryStatus.Inflammation_Active; PericardialConstraint.Tamponade; CatecholamineLevel.Level_High; AfterloadPressure.Pressure_Overload)
END FUNCTION

// Septal wall supplied by LAD (septal perforating branches)
FUNCTION LV_SeptalWall
INPUT VentricularActivation
INPUT CoronarySupply
INPUT IonicChannelStatus
INPUT InflammatoryStatus
INPUT PericardialConstraint
INPUT CatecholamineLevel
INPUT AfterloadPressure
OUTPUT SeptalWallContraction
OIM SeptalWallContraction.Contraction_Weak.OR(VentricularActivation.Impulse_Missing; VentricularActivation.Impulse_TooFast; CoronarySupply.Supply_Inadequate; IonicChannelStatus.Channel_Dysfunction; InflammatoryStatus.Inflammation_Active; PericardialConstraint.Tamponade; CatecholamineLevel.Level_High; AfterloadPressure.Pressure_Overload)
END FUNCTION

// Ejection combiner: integrates wall contractions + filling + structural
FUNCTION LV_Ejection
INPUT MitralFlow
INPUT SeptalIntegrity
INPUT AnteriorContraction
INPUT LateralContraction
INPUT InferiorContraction
INPUT SeptalWallContraction
OUTPUT LVEjection
OIM LVEjection.Flow_TooLow.OR(MitralFlow.Flow_TooLow; SeptalIntegrity.Integrity_Lost; AnteriorContraction.Contraction_Weak; LateralContraction.Contraction_Weak; InferiorContraction.Contraction_Weak; SeptalWallContraction.Contraction_Weak)
END FUNCTION

// --- LV Internal: Activation forwarding ---
INT ifLV_ActAnt.LeftVentricle.IN.VentricularActivation.LV_AnteriorWall.IN.VentricularActivation
INT ifLV_ActLat.LeftVentricle.IN.VentricularActivation.LV_LateralWall.IN.VentricularActivation
INT ifLV_ActInf.LeftVentricle.IN.VentricularActivation.LV_InferiorWall.IN.VentricularActivation
INT ifLV_ActSep.LeftVentricle.IN.VentricularActivation.LV_SeptalWall.IN.VentricularActivation

// --- LV Internal: Coronary supply routing ---
INT ifLV_LADtoAnt.LeftVentricle.IN.CoronarySupplyLAD.LV_AnteriorWall.IN.CoronarySupply
INT ifLV_LADtoSep.LeftVentricle.IN.CoronarySupplyLAD.LV_SeptalWall.IN.CoronarySupply
INT ifLV_LCxtoLat.LeftVentricle.IN.CoronarySupplyLCx.LV_LateralWall.IN.CoronarySupply
INT ifLV_RCAtoInf.LeftVentricle.IN.CoronarySupplyRCA.LV_InferiorWall.IN.CoronarySupply

// --- LV Internal: IonicChannelStatus forwarding ---
INT ifLV_IonicAnt.LeftVentricle.IN.IonicChannelStatus.LV_AnteriorWall.IN.IonicChannelStatus
INT ifLV_IonicLat.LeftVentricle.IN.IonicChannelStatus.LV_LateralWall.IN.IonicChannelStatus
INT ifLV_IonicInf.LeftVentricle.IN.IonicChannelStatus.LV_InferiorWall.IN.IonicChannelStatus
INT ifLV_IonicSep.LeftVentricle.IN.IonicChannelStatus.LV_SeptalWall.IN.IonicChannelStatus

// --- LV Internal: InflammatoryStatus forwarding ---
INT ifLV_InflamAnt.LeftVentricle.IN.InflammatoryStatus.LV_AnteriorWall.IN.InflammatoryStatus
INT ifLV_InflamLat.LeftVentricle.IN.InflammatoryStatus.LV_LateralWall.IN.InflammatoryStatus
INT ifLV_InflamInf.LeftVentricle.IN.InflammatoryStatus.LV_InferiorWall.IN.InflammatoryStatus
INT ifLV_InflamSep.LeftVentricle.IN.InflammatoryStatus.LV_SeptalWall.IN.InflammatoryStatus

// --- LV Internal: Pericardial constraint forwarding ---
INT ifLV_PeriAnt.LeftVentricle.IN.PericardialConstraint.LV_AnteriorWall.IN.PericardialConstraint
INT ifLV_PeriLat.LeftVentricle.IN.PericardialConstraint.LV_LateralWall.IN.PericardialConstraint
INT ifLV_PeriInf.LeftVentricle.IN.PericardialConstraint.LV_InferiorWall.IN.PericardialConstraint
INT ifLV_PeriSep.LeftVentricle.IN.PericardialConstraint.LV_SeptalWall.IN.PericardialConstraint

// --- LV Internal: CatecholamineLevel forwarding ---
INT ifLV_CatAnt.LeftVentricle.IN.CatecholamineLevel.LV_AnteriorWall.IN.CatecholamineLevel
INT ifLV_CatLat.LeftVentricle.IN.CatecholamineLevel.LV_LateralWall.IN.CatecholamineLevel
INT ifLV_CatInf.LeftVentricle.IN.CatecholamineLevel.LV_InferiorWall.IN.CatecholamineLevel
INT ifLV_CatSep.LeftVentricle.IN.CatecholamineLevel.LV_SeptalWall.IN.CatecholamineLevel

// --- LV Internal: AfterloadPressure forwarding ---
INT ifLV_AfterAnt.LeftVentricle.IN.AfterloadPressure.LV_AnteriorWall.IN.AfterloadPressure
INT ifLV_AfterLat.LeftVentricle.IN.AfterloadPressure.LV_LateralWall.IN.AfterloadPressure
INT ifLV_AfterInf.LeftVentricle.IN.AfterloadPressure.LV_InferiorWall.IN.AfterloadPressure
INT ifLV_AfterSep.LeftVentricle.IN.AfterloadPressure.LV_SeptalWall.IN.AfterloadPressure

// --- LV Internal: Wall outputs to ejection combiner ---
INT ifLV_AntToEj.LV_AnteriorWall.OUT.AnteriorContraction.LV_Ejection.IN.AnteriorContraction
INT ifLV_LatToEj.LV_LateralWall.OUT.LateralContraction.LV_Ejection.IN.LateralContraction
INT ifLV_InfToEj.LV_InferiorWall.OUT.InferiorContraction.LV_Ejection.IN.InferiorContraction
INT ifLV_SepToEj.LV_SeptalWall.OUT.SeptalWallContraction.LV_Ejection.IN.SeptalWallContraction

// --- LV Internal: MitralFlow + SeptalIntegrity to ejection ---
INT ifLV_MitralToEj.LeftVentricle.IN.MitralFlow.LV_Ejection.IN.MitralFlow
INT ifLV_SeptumToEj.LeftVentricle.IN.SeptalIntegrity.LV_Ejection.IN.SeptalIntegrity

// --- LV Internal: Ejection output ---
INT ifLV_EjOut.LV_Ejection.OUT.LVEjection.LeftVentricle.OUT.LVEjection

END FUNCTION

// =============================================================
// SEMILUNAR VALVES [v6: AfterloadPressure, PulmonaryPressure, AgeRelatedDegeneration]
// =============================================================

FUNCTION PulmonaryValve
INPUT RVEjection
INPUT PulmonaryPressure
INPUT AgeRelatedDegeneration
OUTPUT PulmonaryValveFlow
OIM PulmonaryValveFlow.Flow_TooLow.OR(RVEjection.Flow_TooLow; PulmonaryPressure.Pressure_Elevated; AgeRelatedDegeneration.Degeneration_Active)
END FUNCTION

FUNCTION AorticValve
INPUT LVEjection
INPUT AfterloadPressure
INPUT AgeRelatedDegeneration
OUTPUT AorticValveFlow
OIM AorticValveFlow.Flow_TooLow.OR(LVEjection.Flow_TooLow; AfterloadPressure.Pressure_Overload; AgeRelatedDegeneration.Degeneration_Active)
END FUNCTION

// =============================================================
// GREAT VESSELS (OUTPUT) — PulmonaryArtery [v6: CoagulationStatus]
// =============================================================

// PulmonaryArtery — Serial then Parallel with AND gate
FUNCTION PulmonaryArtery
INPUT PulmonaryValveFlow
INPUT CoagulationStatus
OUTPUT PulmonaryArterialFlow

FUNCTION PA_MainTrunk
INPUT PulmonaryValveFlow
OUTPUT TrunkFlow
OIM TrunkFlow.Flow_TooLow.PulmonaryValveFlow.Flow_TooLow
END FUNCTION

FUNCTION PA_RightBranch
INPUT TrunkFlow
INPUT CoagulationStatus
OUTPUT RightPAFlow
OIM RightPAFlow.Flow_TooLow.OR(TrunkFlow.Flow_TooLow; CoagulationStatus.Hypercoagulable)
END FUNCTION

FUNCTION PA_LeftBranch
INPUT TrunkFlow
INPUT CoagulationStatus
OUTPUT LeftPAFlow
OIM LeftPAFlow.Flow_TooLow.OR(TrunkFlow.Flow_TooLow; CoagulationStatus.Hypercoagulable)
END FUNCTION

// Both branches must fail for total pulmonary flow loss (AND gate)
FUNCTION PA_Combiner
INPUT RightPAFlow
INPUT LeftPAFlow
OUTPUT PulmonaryArterialFlow
OIM PulmonaryArterialFlow.Flow_TooLow.AND(RightPAFlow.Flow_TooLow; LeftPAFlow.Flow_TooLow)
END FUNCTION

INT ifPA_InToTrunk.PulmonaryArtery.IN.PulmonaryValveFlow.PA_MainTrunk.IN.PulmonaryValveFlow
INT ifPA_TrunkToRight.PA_MainTrunk.OUT.TrunkFlow.PA_RightBranch.IN.TrunkFlow
INT ifPA_TrunkToLeft.PA_MainTrunk.OUT.TrunkFlow.PA_LeftBranch.IN.TrunkFlow
INT ifPA_CoagToRight.PulmonaryArtery.IN.CoagulationStatus.PA_RightBranch.IN.CoagulationStatus
INT ifPA_CoagToLeft.PulmonaryArtery.IN.CoagulationStatus.PA_LeftBranch.IN.CoagulationStatus
INT ifPA_RightToComb.PA_RightBranch.OUT.RightPAFlow.PA_Combiner.IN.RightPAFlow
INT ifPA_LeftToComb.PA_LeftBranch.OUT.LeftPAFlow.PA_Combiner.IN.LeftPAFlow
INT ifPA_CombOut.PA_Combiner.OUT.PulmonaryArterialFlow.PulmonaryArtery.OUT.PulmonaryArterialFlow

END FUNCTION

// =============================================================
// AORTA — Segmented [v6: AgeRelatedDegeneration to AorticRoot]
// =============================================================

FUNCTION Aorta
INPUT AorticValveFlow
INPUT AgeRelatedDegeneration
OUTPUT AorticFlow

FUNCTION AorticRoot
INPUT AorticValveFlow
INPUT AgeRelatedDegeneration
OUTPUT RootFlow
OIM RootFlow.Flow_TooLow.OR(AorticValveFlow.Flow_TooLow; AgeRelatedDegeneration.Degeneration_Active)
END FUNCTION

FUNCTION AscendingAorta
INPUT RootFlow
OUTPUT AscendingFlow
OIM AscendingFlow.Flow_TooLow.RootFlow.Flow_TooLow
END FUNCTION

FUNCTION AorticArch
INPUT AscendingFlow
OUTPUT ArchFlow
OIM ArchFlow.Flow_TooLow.AscendingFlow.Flow_TooLow
END FUNCTION

// Coarctation modeled as SF on DescendingAorta
FUNCTION DescendingAorta
INPUT ArchFlow
OUTPUT AorticFlow
OIM AorticFlow.Flow_TooLow.ArchFlow.Flow_TooLow
END FUNCTION

INT ifAo_InToRoot.Aorta.IN.AorticValveFlow.AorticRoot.IN.AorticValveFlow
INT ifAo_AgeToRoot.Aorta.IN.AgeRelatedDegeneration.AorticRoot.IN.AgeRelatedDegeneration
INT ifAo_RootToAsc.AorticRoot.OUT.RootFlow.AscendingAorta.IN.RootFlow
INT ifAo_AscToArch.AscendingAorta.OUT.AscendingFlow.AorticArch.IN.AscendingFlow
INT ifAo_ArchToDesc.AorticArch.OUT.ArchFlow.DescendingAorta.IN.ArchFlow
INT ifAo_DescOut.DescendingAorta.OUT.AorticFlow.Aorta.OUT.AorticFlow

END FUNCTION

// =============================================================
// HEART-LEVEL INTERFACES — AUTONOMIC
// =============================================================
INT ifSympathetic.Heart.IN.SympatheticDrive.AutonomicInput.IN.SympatheticDrive
INT ifParasympathetic.Heart.IN.ParasympatheticDrive.AutonomicInput.IN.ParasympatheticDrive

// =============================================================
// HEART-LEVEL INTERFACES — THYROID TO AUTONOMIC AND SA [NEW v6]
// =============================================================
INT ifThyroid_Auto.Heart.IN.ThyroidStatus.AutonomicInput.IN.ThyroidStatus
INT ifThyroid_SA.Heart.IN.ThyroidStatus.SaNode.IN.ThyroidStatus

// =============================================================
// HEART-LEVEL INTERFACES — CATECHOLAMINE ROUTING [NEW v6]
// =============================================================
INT ifCatecholamine_SA.Heart.IN.CatecholamineLevel.SaNode.IN.CatecholamineLevel
INT ifCatecholamine_LV.Heart.IN.CatecholamineLevel.LeftVentricle.IN.CatecholamineLevel
INT ifCatecholamine_RV.Heart.IN.CatecholamineLevel.RightVentricle.IN.CatecholamineLevel

// =============================================================
// HEART-LEVEL INTERFACES — AFTERLOAD PRESSURE ROUTING [NEW v6]
// =============================================================
INT ifAfterload_LV.Heart.IN.AfterloadPressure.LeftVentricle.IN.AfterloadPressure
INT ifAfterload_AoV.Heart.IN.AfterloadPressure.AorticValve.IN.AfterloadPressure

// =============================================================
// HEART-LEVEL INTERFACES — PULMONARY PRESSURE ROUTING [NEW v6]
// =============================================================
INT ifPulmPressure_RV.Heart.IN.PulmonaryPressure.RightVentricle.IN.PulmonaryPressure
INT ifPulmPressure_PV.Heart.IN.PulmonaryPressure.PulmonaryValve.IN.PulmonaryPressure

// =============================================================
// HEART-LEVEL INTERFACES — COAGULATION STATUS ROUTING [NEW v6]
// =============================================================
INT ifCoag_RCA.Heart.IN.CoagulationStatus.RCA.IN.CoagulationStatus
INT ifCoag_LMain.Heart.IN.CoagulationStatus.LeftMainCoronary.IN.CoagulationStatus
INT ifCoag_PA.Heart.IN.CoagulationStatus.PulmonaryArtery.IN.CoagulationStatus

// =============================================================
// HEART-LEVEL INTERFACES — AGE RELATED DEGENERATION ROUTING [NEW v6]
// =============================================================
INT ifAge_SA.Heart.IN.AgeRelatedDegeneration.SaNode.IN.AgeRelatedDegeneration
INT ifAge_AV.Heart.IN.AgeRelatedDegeneration.AvNode.IN.AgeRelatedDegeneration
INT ifAge_His.Heart.IN.AgeRelatedDegeneration.HisBundle.IN.AgeRelatedDegeneration
INT ifAge_TV.Heart.IN.AgeRelatedDegeneration.TricuspidValve.IN.AgeRelatedDegeneration
INT ifAge_MV.Heart.IN.AgeRelatedDegeneration.MitralValve.IN.AgeRelatedDegeneration
INT ifAge_PV.Heart.IN.AgeRelatedDegeneration.PulmonaryValve.IN.AgeRelatedDegeneration
INT ifAge_AoV.Heart.IN.AgeRelatedDegeneration.AorticValve.IN.AgeRelatedDegeneration
INT ifAge_Aorta.Heart.IN.AgeRelatedDegeneration.Aorta.IN.AgeRelatedDegeneration

// =============================================================
// HEART-LEVEL INTERFACES — DEVELOPMENTAL MATURITY ROUTING [NEW v7]
// =============================================================
INT ifDevMat_SA.Heart.IN.DevelopmentalMaturity.SaNode.IN.DevelopmentalMaturity
INT ifDevMat_AV.Heart.IN.DevelopmentalMaturity.AvNode.IN.DevelopmentalMaturity
INT ifDevMat_Auto.Heart.IN.DevelopmentalMaturity.AutonomicInput.IN.DevelopmentalMaturity

// =============================================================
// HEART-LEVEL INTERFACES — ARTERIAL BLOOD (substance forwarding)
// =============================================================
INT ifO2ToBlood.Heart.IN.O2Level.ArterialBlood.IN.O2Level
INT ifCO2ToBlood.Heart.IN.CO2Level.ArterialBlood.IN.CO2Level
INT ifKToBlood.Heart.IN.PotassiumLevel.ArterialBlood.IN.PotassiumLevel
INT ifCaToBlood.Heart.IN.CalciumLevel.ArterialBlood.IN.CalciumLevel
INT ifMgToBlood.Heart.IN.MagnesiumLevel.ArterialBlood.IN.MagnesiumLevel
INT ifpHToBlood.Heart.IN.pH.ArterialBlood.IN.pH
INT ifTempToBlood.Heart.IN.Temperature.ArterialBlood.IN.Temperature
INT ifGlucToBlood.Heart.IN.GlucoseLevel.ArterialBlood.IN.GlucoseLevel

// =============================================================
// HEART-LEVEL INTERFACES — BLOOD QUALITY TO CORONARIES
// =============================================================
INT ifBloodToRCA.ArterialBlood.OUT.BloodQuality.RCA.IN.BloodQuality
INT ifBloodToLMain.ArterialBlood.OUT.BloodQuality.LeftMainCoronary.IN.BloodQuality

// =============================================================
// HEART-LEVEL INTERFACES — IONIC + INFLAMMATORY ROUTING
// =============================================================
INT ifIonic_SA.Heart.IN.IonicChannelStatus.SaNode.IN.IonicChannelStatus
INT ifIonic_AV.Heart.IN.IonicChannelStatus.AvNode.IN.IonicChannelStatus
INT ifIonic_RA.Heart.IN.IonicChannelStatus.RightAtrium.IN.IonicChannelStatus
INT ifIonic_LA.Heart.IN.IonicChannelStatus.LeftAtrium.IN.IonicChannelStatus
INT ifIonic_TV.Heart.IN.IonicChannelStatus.TricuspidValve.IN.IonicChannelStatus
INT ifIonic_MV.Heart.IN.IonicChannelStatus.MitralValve.IN.IonicChannelStatus
INT ifIonic_RV.Heart.IN.IonicChannelStatus.RightVentricle.IN.IonicChannelStatus
INT ifIonic_LV.Heart.IN.IonicChannelStatus.LeftVentricle.IN.IonicChannelStatus
INT ifInflam_SA.Heart.IN.InflammatoryStatus.SaNode.IN.InflammatoryStatus
INT ifInflam_AV.Heart.IN.InflammatoryStatus.AvNode.IN.InflammatoryStatus
INT ifInflam_RA.Heart.IN.InflammatoryStatus.RightAtrium.IN.InflammatoryStatus
INT ifInflam_LA.Heart.IN.InflammatoryStatus.LeftAtrium.IN.InflammatoryStatus
INT ifInflam_TV.Heart.IN.InflammatoryStatus.TricuspidValve.IN.InflammatoryStatus
INT ifInflam_MV.Heart.IN.InflammatoryStatus.MitralValve.IN.InflammatoryStatus
INT ifInflam_RV.Heart.IN.InflammatoryStatus.RightVentricle.IN.InflammatoryStatus
INT ifInflam_LV.Heart.IN.InflammatoryStatus.LeftVentricle.IN.InflammatoryStatus

// =============================================================
// HEART-LEVEL INTERFACES — AUTONOMIC TO CONDUCTION
// =============================================================
INT ifRateModulation.AutonomicInput.OUT.RateModulation.SaNode.IN.RateModulation

// =============================================================
// HEART-LEVEL INTERFACES — ATRIAL CONDUCTION
// =============================================================
INT ifAtrialImpulse_AV.SaNode.OUT.AtrialImpulse.AvNode.IN.AtrialImpulse
INT ifAtrialImpulse_RA.SaNode.OUT.AtrialImpulse.RightAtrium.IN.AtrialImpulse
INT ifAtrialImpulse_LA.SaNode.OUT.AtrialImpulse.LeftAtrium.IN.AtrialImpulse

// =============================================================
// HEART-LEVEL INTERFACES — VENTRICULAR CONDUCTION
// =============================================================
INT ifAVtoHis.AvNode.OUT.VentricularImpulse.HisBundle.IN.HisBundleImpulse
INT ifHisToRBB.HisBundle.OUT.HisBundleOutput.RightBundleBranch.IN.BranchImpulse
INT ifHisToLAF.HisBundle.OUT.HisBundleOutput.LeftAnteriorFascicle.IN.FascicleImpulse
INT ifHisToLPF.HisBundle.OUT.HisBundleOutput.LeftPosteriorFascicle.IN.FascicleImpulse
INT ifRBBtoPurkRV.RightBundleBranch.OUT.BranchOutput.PurkinjeFibersRV.IN.PurkinjeImpulse
INT ifLAFtoPurkLV.LeftAnteriorFascicle.OUT.FascicleOutput.PurkinjeFibersLV.IN.AnteriorImpulse
INT ifLPFtoPurkLV.LeftPosteriorFascicle.OUT.FascicleOutput.PurkinjeFibersLV.IN.PosteriorImpulse
INT ifPurkinjeRV.PurkinjeFibersRV.OUT.VentricularActivationRV.RightVentricle.IN.VentricularActivation
INT ifPurkinjeLV.PurkinjeFibersLV.OUT.VentricularActivationLV.LeftVentricle.IN.VentricularActivation

// =============================================================
// HEART-LEVEL INTERFACES — CORONARY SUPPLY
// =============================================================
INT ifRCAtoSA.RCA.OUT.RCASupply.SaNode.IN.CoronarySupply
INT ifRCAtoAV.RCA.OUT.RCASupply.AvNode.IN.CoronarySupply
INT ifRCAtoRV.RCA.OUT.RCASupply.RightVentricle.IN.CoronarySupply
INT ifRCAtoLV.RCA.OUT.RCASupply.LeftVentricle.IN.CoronarySupplyRCA
INT ifRCAtoMV.RCA.OUT.RCASupply.MitralValve.IN.CoronarySupplyRCA
INT ifRCAtoTV.RCA.OUT.RCASupply.TricuspidValve.IN.CoronarySupply
INT ifLMainToLAD.LeftMainCoronary.OUT.LMainFlow.LAD.IN.LMainFlow
INT ifLMainToLCx.LeftMainCoronary.OUT.LMainFlow.LeftCircumflex.IN.LMainFlow
INT ifLADtoLV.LAD.OUT.LADSupply.LeftVentricle.IN.CoronarySupplyLAD
INT ifLADtoSeptum.LAD.OUT.LADSupply.InterventricularSeptum.IN.SeptalSupply
INT ifLADtoMV.LAD.OUT.LADSupply.MitralValve.IN.CoronarySupplyLAD
INT ifLCxtoLV.LeftCircumflex.OUT.LCxSupply.LeftVentricle.IN.CoronarySupplyLCx
INT ifLCxtoLA.LeftCircumflex.OUT.LCxSupply.LeftAtrium.IN.CoronarySupply
INT ifLCxtoMV.LeftCircumflex.OUT.LCxSupply.MitralValve.IN.CoronarySupplyLCx

// =============================================================
// HEART-LEVEL INTERFACES — STRUCTURAL
// =============================================================
INT ifVSeptumToLV.InterventricularSeptum.OUT.VentricularSeptalIntegrity.LeftVentricle.IN.SeptalIntegrity
INT ifASeptumToLA.InteratrialSeptum.OUT.AtrialSeptalIntegrity.LeftAtrium.IN.SeptalIntegrity
INT ifPericardiumRA.Pericardium.OUT.PericardialConstraint.RightAtrium.IN.PericardialConstraint
INT ifPericardiumLA.Pericardium.OUT.PericardialConstraint.LeftAtrium.IN.PericardialConstraint
INT ifPericardiumRV.Pericardium.OUT.PericardialConstraint.RightVentricle.IN.PericardialConstraint
INT ifPericardiumLV.Pericardium.OUT.PericardialConstraint.LeftVentricle.IN.PericardialConstraint

// =============================================================
// HEART-LEVEL INTERFACES — BLOOD FLOW (VENOUS RETURN)
// =============================================================
INT ifVenousReturn.Heart.IN.VenousReturn.VenaCava.IN.VenousReturn
INT ifPulmonaryVenousReturn.Heart.IN.PulmonaryVenousReturn.PulmonaryVein.IN.PulmonaryVenousReturn

// =============================================================
// HEART-LEVEL INTERFACES — BLOOD FLOW (RIGHT HEART)
// =============================================================
INT ifVenaCavaFlow.VenaCava.OUT.VenaCavaFlow.RightAtrium.IN.VenaCavaFlow
INT ifRAEjection.RightAtrium.OUT.RAEjection.TricuspidValve.IN.RAEjection
INT ifTricuspidFlow.TricuspidValve.OUT.TricuspidFlow.RightVentricle.IN.TricuspidFlow
INT ifRVEjection.RightVentricle.OUT.RVEjection.PulmonaryValve.IN.RVEjection
INT ifPulmonaryValveFlow.PulmonaryValve.OUT.PulmonaryValveFlow.PulmonaryArtery.IN.PulmonaryValveFlow

// =============================================================
// HEART-LEVEL INTERFACES — BLOOD FLOW (LEFT HEART)
// =============================================================
INT ifPulmonaryVeinFlow.PulmonaryVein.OUT.PulmonaryVeinFlow.LeftAtrium.IN.PulmonaryVeinFlow
INT ifLAEjection.LeftAtrium.OUT.LAEjection.MitralValve.IN.LAEjection
INT ifMitralFlow.MitralValve.OUT.MitralFlow.LeftVentricle.IN.MitralFlow
INT ifLVEjection.LeftVentricle.OUT.LVEjection.AorticValve.IN.LVEjection
INT ifAorticValveFlow.AorticValve.OUT.AorticValveFlow.Aorta.IN.AorticValveFlow

// =============================================================
// HEART-LEVEL INTERFACES — OUTPUT AGGREGATION
// =============================================================
INT ifPulmonaryArterialFlow.PulmonaryArtery.OUT.PulmonaryArterialFlow.Heart.OUT.PulmonaryArterialFlow
INT ifAorticFlow.Aorta.OUT.AorticFlow.Heart.OUT.AorticFlow

// =============================================================
// TOP LEVEL EVENT
// =============================================================
TLE InsufficientCardiacOutput.OR(AorticFlow.Flow_TooLow; PulmonaryArterialFlow.Flow_TooLow)

END FUNCTION


// =============================================================
// INPUT SIGNAL FAULT RATES [v6: differentiated fault modes, 6 new inputs]
// =============================================================
ISF Heart.VenousReturn.Flow_TooLow 1.0e-06
ISF Heart.PulmonaryVenousReturn.Flow_TooLow 1.0e-06
ISF Heart.SympatheticDrive.Tone_Excessive 1.0e-06
ISF Heart.SympatheticDrive.Tone_Absent 1.0e-06
ISF Heart.ParasympatheticDrive.Tone_Excessive 1.0e-06
ISF Heart.ParasympatheticDrive.Tone_Absent 1.0e-06
ISF Heart.O2Level.Level_Low 1.0e-06
ISF Heart.CO2Level.Level_High 1.0e-06
ISF Heart.PotassiumLevel.Level_High 1.0e-06
ISF Heart.PotassiumLevel.Level_Low 1.0e-06
ISF Heart.CalciumLevel.Level_High 1.0e-06
ISF Heart.CalciumLevel.Level_Low 1.0e-06
ISF Heart.MagnesiumLevel.Level_Abnormal 1.0e-06
ISF Heart.pH.Level_Abnormal 1.0e-06
ISF Heart.Temperature.Level_High 1.0e-06
ISF Heart.Temperature.Level_Low 1.0e-06
ISF Heart.GlucoseLevel.Level_High 1.0e-06
ISF Heart.GlucoseLevel.Level_Low 1.0e-06
ISF Heart.IonicChannelStatus.Channel_Dysfunction 1.0e-06
ISF Heart.InflammatoryStatus.Inflammation_Active 1.0e-06
ISF Heart.AfterloadPressure.Pressure_Overload 1.0e-06
ISF Heart.PulmonaryPressure.Pressure_Elevated 1.0e-06
ISF Heart.ThyroidStatus.Level_High 1.0e-06
ISF Heart.ThyroidStatus.Level_Low 1.0e-06
ISF Heart.CatecholamineLevel.Level_High 1.0e-06
ISF Heart.CoagulationStatus.Hypercoagulable 1.0e-06
ISF Heart.AgeRelatedDegeneration.Degeneration_Active 1.0e-06
ISF Heart.DevelopmentalMaturity.Maturity_Insufficient 1.0e-06

// =============================================================
// SYSTEMIC FAULT RATES — ArterialBlood
// =============================================================
SF ArterialBlood.BloodQuality.Quality_Abnormal 1.0e-06

// =============================================================
// SYSTEMIC FAULT RATES — Conduction
// =============================================================
SF AutonomicInput.RateModulation.Rate_TooHigh 1.0e-06
SF AutonomicInput.RateModulation.Rate_TooLow 1.0e-06
SF SaNode.AtrialImpulse.Impulse_Missing 1.0e-06
SF SaNode.AtrialImpulse.Impulse_TooFast 1.0e-06
SF AV_FastPathway.FastPathwayImpulse.Impulse_Missing 1.0e-06
SF AV_FastPathway.FastPathwayImpulse.Impulse_TooFast 1.0e-06
SF AV_SlowPathway.SlowPathwayImpulse.Impulse_Missing 1.0e-06
SF AV_SlowPathway.SlowPathwayImpulse.Impulse_TooFast 1.0e-06
SF AV_Output.VentricularImpulse.Impulse_Missing 1.0e-06
SF AV_Output.VentricularImpulse.Impulse_TooFast 1.0e-06
SF HisBundle.HisBundleOutput.Impulse_Missing 1.0e-06
SF HisBundle.HisBundleOutput.Impulse_TooFast 1.0e-06
SF RightBundleBranch.BranchOutput.Impulse_Missing 1.0e-06
SF RightBundleBranch.BranchOutput.Impulse_TooFast 1.0e-06
SF LeftAnteriorFascicle.FascicleOutput.Impulse_Missing 1.0e-06
SF LeftAnteriorFascicle.FascicleOutput.Impulse_TooFast 1.0e-06
SF LeftPosteriorFascicle.FascicleOutput.Impulse_Missing 1.0e-06
SF LeftPosteriorFascicle.FascicleOutput.Impulse_TooFast 1.0e-06
SF PurkinjeFibersRV.VentricularActivationRV.Impulse_Missing 1.0e-06
SF PurkinjeFibersRV.VentricularActivationRV.Impulse_TooFast 1.0e-06
SF PurkinjeFibersLV.VentricularActivationLV.Impulse_Missing 1.0e-06
SF PurkinjeFibersLV.VentricularActivationLV.Impulse_TooFast 1.0e-06

// =============================================================
// SYSTEMIC FAULT RATES — Chambers
// =============================================================
SF RightAtrium.RAEjection.Flow_TooLow 1.0e-06
SF LA_PulmonaryVeinOstia.OstialFlow.Flow_TooLow 1.0e-06
SF LA_AtrialMyocardium.LAEjection.Flow_TooLow 1.0e-06
SF RV_InflowTract.InflowContraction.Contraction_Weak 1.0e-06
SF RV_TrabecularZone.TrabecularContraction.Contraction_Weak 1.0e-06
SF RV_OutflowTract.RVEjection.Flow_TooLow 1.0e-06
SF LV_AnteriorWall.AnteriorContraction.Contraction_Weak 1.0e-06
SF LV_LateralWall.LateralContraction.Contraction_Weak 1.0e-06
SF LV_InferiorWall.InferiorContraction.Contraction_Weak 1.0e-06
SF LV_SeptalWall.SeptalWallContraction.Contraction_Weak 1.0e-06
SF LV_Ejection.LVEjection.Flow_TooLow 1.0e-06

// =============================================================
// SYSTEMIC FAULT RATES — Valves
// =============================================================
SF TV_Leaflets.LeafletFlow.Flow_TooLow 1.0e-06
SF TV_PapillaryMuscles.TVPapillaryStatus.PM_Dysfunction 1.0e-06
SF TV_ChordaeTendineae.TricuspidFlow.Flow_TooLow 1.0e-06
SF MV_Leaflets.LeafletFlow.Flow_TooLow 1.0e-06
SF MV_ChordaeTendineae.MitralFlow.Flow_TooLow 1.0e-06
SF MV_PapillaryMuscle_AL.ALPapillaryStatus.PM_Dysfunction 1.0e-06
SF MV_PapillaryMuscle_PM.PMPapillaryStatus.PM_Dysfunction 1.0e-06
SF PulmonaryValve.PulmonaryValveFlow.Flow_TooLow 1.0e-06
SF AorticValve.AorticValveFlow.Flow_TooLow 1.0e-06

// =============================================================
// SYSTEMIC FAULT RATES — Vessels
// =============================================================
SF SuperiorVC.SVCFlow.Flow_TooLow 1.0e-06
SF InferiorVC.IVCFlow.Flow_TooLow 1.0e-06
SF VC_Combiner.VenaCavaFlow.Flow_TooLow 1.0e-06
SF PulmonaryVein.PulmonaryVeinFlow.Flow_TooLow 1.0e-06
SF PA_MainTrunk.TrunkFlow.Flow_TooLow 1.0e-06
SF PA_RightBranch.RightPAFlow.Flow_TooLow 1.0e-06
SF PA_LeftBranch.LeftPAFlow.Flow_TooLow 1.0e-06
SF PA_Combiner.PulmonaryArterialFlow.Flow_TooLow 1.0e-06
SF AorticRoot.RootFlow.Flow_TooLow 1.0e-06
SF AscendingAorta.AscendingFlow.Flow_TooLow 1.0e-06
SF AorticArch.ArchFlow.Flow_TooLow 1.0e-06
SF DescendingAorta.AorticFlow.Flow_TooLow 1.0e-06

// =============================================================
// SYSTEMIC FAULT RATES — Coronary
// =============================================================
SF RCA_Proximal.ProximalRCAFlow.Supply_Inadequate 1.0e-06
SF RCA_Distal.RCASupply.Supply_Inadequate 1.0e-06
SF LeftMainCoronary.LMainFlow.Supply_Inadequate 1.0e-06
SF LAD_Proximal.ProximalFlow.Supply_Inadequate 1.0e-06
SF LAD_Distal.LADSupply.Supply_Inadequate 1.0e-06
SF LeftCircumflex.LCxSupply.Supply_Inadequate 1.0e-06

// =============================================================
// SYSTEMIC FAULT RATES — Structural
// =============================================================
SF InterventricularSeptum.VentricularSeptalIntegrity.Integrity_Lost 1.0e-06
SF InteratrialSeptum.AtrialSeptalIntegrity.Integrity_Lost 1.0e-06
SF Pericardium.PericardialConstraint.Tamponade 1.0e-06

// =============================================================
// TRANSFER FAULT RATES — Autonomic
// =============================================================
TF ifSympathetic.Tone_Excessive 1.0e-07
TF ifSympathetic.Tone_Absent 1.0e-07
TF ifParasympathetic.Tone_Excessive 1.0e-07
TF ifParasympathetic.Tone_Absent 1.0e-07
TF ifRateModulation.Rate_TooHigh 1.0e-07
TF ifRateModulation.Rate_TooLow 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Thyroid Routing [NEW v6]
// =============================================================
TF ifThyroid_Auto.Level_High 1.0e-07
TF ifThyroid_Auto.Level_Low 1.0e-07
TF ifThyroid_SA.Level_High 1.0e-07
TF ifThyroid_SA.Level_Low 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Catecholamine Routing [NEW v6]
// =============================================================
TF ifCatecholamine_SA.Level_High 1.0e-07
TF ifCatecholamine_LV.Level_High 1.0e-07
TF ifCatecholamine_RV.Level_High 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Afterload Pressure Routing [NEW v6]
// =============================================================
TF ifAfterload_LV.Pressure_Overload 1.0e-07
TF ifAfterload_AoV.Pressure_Overload 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Pulmonary Pressure Routing [NEW v6]
// =============================================================
TF ifPulmPressure_RV.Pressure_Elevated 1.0e-07
TF ifPulmPressure_PV.Pressure_Elevated 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Coagulation Status Routing [NEW v6]
// =============================================================
TF ifCoag_RCA.Hypercoagulable 1.0e-07
TF ifCoag_LMain.Hypercoagulable 1.0e-07
TF ifCoag_PA.Hypercoagulable 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Age Related Degeneration Routing [NEW v6]
// =============================================================
TF ifAge_SA.Degeneration_Active 1.0e-07
TF ifAge_AV.Degeneration_Active 1.0e-07
TF ifAge_His.Degeneration_Active 1.0e-07
TF ifAge_TV.Degeneration_Active 1.0e-07
TF ifAge_MV.Degeneration_Active 1.0e-07
TF ifAge_PV.Degeneration_Active 1.0e-07
TF ifAge_AoV.Degeneration_Active 1.0e-07
TF ifAge_Aorta.Degeneration_Active 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Developmental Maturity Routing [NEW v7]
// =============================================================
TF ifDevMat_SA.Maturity_Insufficient 1.0e-07
TF ifDevMat_AV.Maturity_Insufficient 1.0e-07
TF ifDevMat_Auto.Maturity_Insufficient 1.0e-07
TF ifAV_DevMatFast.Maturity_Insufficient 1.0e-07
TF ifAV_DevMatSlow.Maturity_Insufficient 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — ArterialBlood Substance Forwarding [v6: differentiated]
// =============================================================
TF ifO2ToBlood.Level_Low 1.0e-07
TF ifCO2ToBlood.Level_High 1.0e-07
TF ifKToBlood.Level_High 1.0e-07
TF ifKToBlood.Level_Low 1.0e-07
TF ifCaToBlood.Level_High 1.0e-07
TF ifCaToBlood.Level_Low 1.0e-07
TF ifMgToBlood.Level_Abnormal 1.0e-07
TF ifpHToBlood.Level_Abnormal 1.0e-07
TF ifTempToBlood.Level_High 1.0e-07
TF ifTempToBlood.Level_Low 1.0e-07
TF ifGlucToBlood.Level_High 1.0e-07
TF ifGlucToBlood.Level_Low 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — BloodQuality to Coronaries
// =============================================================
TF ifBloodToRCA.Quality_Abnormal 1.0e-07
TF ifBloodToLMain.Quality_Abnormal 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — IonicChannelStatus Routing
// =============================================================
TF ifIonic_SA.Channel_Dysfunction 1.0e-07
TF ifIonic_AV.Channel_Dysfunction 1.0e-07
TF ifIonic_RA.Channel_Dysfunction 1.0e-07
TF ifIonic_LA.Channel_Dysfunction 1.0e-07
TF ifIonic_TV.Channel_Dysfunction 1.0e-07
TF ifIonic_MV.Channel_Dysfunction 1.0e-07
TF ifIonic_RV.Channel_Dysfunction 1.0e-07
TF ifIonic_LV.Channel_Dysfunction 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — InflammatoryStatus Routing
// =============================================================
TF ifInflam_SA.Inflammation_Active 1.0e-07
TF ifInflam_AV.Inflammation_Active 1.0e-07
TF ifInflam_RA.Inflammation_Active 1.0e-07
TF ifInflam_LA.Inflammation_Active 1.0e-07
TF ifInflam_TV.Inflammation_Active 1.0e-07
TF ifInflam_MV.Inflammation_Active 1.0e-07
TF ifInflam_RV.Inflammation_Active 1.0e-07
TF ifInflam_LV.Inflammation_Active 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Atrial Conduction
// =============================================================
TF ifAtrialImpulse_AV.Impulse_Missing 1.0e-07
TF ifAtrialImpulse_AV.Impulse_TooFast 1.0e-07
TF ifAtrialImpulse_RA.Impulse_Missing 1.0e-07
TF ifAtrialImpulse_RA.Impulse_TooFast 1.0e-07
TF ifAtrialImpulse_LA.Impulse_Missing 1.0e-07
TF ifAtrialImpulse_LA.Impulse_TooFast 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Ventricular Conduction
// =============================================================
TF ifAVtoHis.Impulse_Missing 1.0e-07
TF ifAVtoHis.Impulse_TooFast 1.0e-07
TF ifHisToRBB.Impulse_Missing 1.0e-07
TF ifHisToRBB.Impulse_TooFast 1.0e-07
TF ifHisToLAF.Impulse_Missing 1.0e-07
TF ifHisToLAF.Impulse_TooFast 1.0e-07
TF ifHisToLPF.Impulse_Missing 1.0e-07
TF ifHisToLPF.Impulse_TooFast 1.0e-07
TF ifRBBtoPurkRV.Impulse_Missing 1.0e-07
TF ifRBBtoPurkRV.Impulse_TooFast 1.0e-07
TF ifLAFtoPurkLV.Impulse_Missing 1.0e-07
TF ifLAFtoPurkLV.Impulse_TooFast 1.0e-07
TF ifLPFtoPurkLV.Impulse_Missing 1.0e-07
TF ifLPFtoPurkLV.Impulse_TooFast 1.0e-07
TF ifPurkinjeRV.Impulse_Missing 1.0e-07
TF ifPurkinjeRV.Impulse_TooFast 1.0e-07
TF ifPurkinjeLV.Impulse_Missing 1.0e-07
TF ifPurkinjeLV.Impulse_TooFast 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Coronary
// =============================================================
TF ifRCAtoSA.Supply_Inadequate 1.0e-07
TF ifRCAtoAV.Supply_Inadequate 1.0e-07
TF ifRCAtoRV.Supply_Inadequate 1.0e-07
TF ifRCAtoLV.Supply_Inadequate 1.0e-07
TF ifRCAtoMV.Supply_Inadequate 1.0e-07
TF ifRCAtoTV.Supply_Inadequate 1.0e-07
TF ifLMainToLAD.Supply_Inadequate 1.0e-07
TF ifLMainToLCx.Supply_Inadequate 1.0e-07
TF ifLADtoLV.Supply_Inadequate 1.0e-07
TF ifLADtoSeptum.Supply_Inadequate 1.0e-07
TF ifLADtoMV.Supply_Inadequate 1.0e-07
TF ifLCxtoLV.Supply_Inadequate 1.0e-07
TF ifLCxtoLA.Supply_Inadequate 1.0e-07
TF ifLCxtoMV.Supply_Inadequate 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Structural
// =============================================================
TF ifVSeptumToLV.Integrity_Lost 1.0e-07
TF ifASeptumToLA.Integrity_Lost 1.0e-07
TF ifPericardiumRA.Tamponade 1.0e-07
TF ifPericardiumLA.Tamponade 1.0e-07
TF ifPericardiumRV.Tamponade 1.0e-07
TF ifPericardiumLV.Tamponade 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Blood Flow
// =============================================================
TF ifVenousReturn.Flow_TooLow 1.0e-07
TF ifPulmonaryVenousReturn.Flow_TooLow 1.0e-07
TF ifVenaCavaFlow.Flow_TooLow 1.0e-07
TF ifRAEjection.Flow_TooLow 1.0e-07
TF ifTricuspidFlow.Flow_TooLow 1.0e-07
TF ifRVEjection.Flow_TooLow 1.0e-07
TF ifPulmonaryValveFlow.Flow_TooLow 1.0e-07
TF ifPulmonaryArterialFlow.Flow_TooLow 1.0e-07
TF ifPulmonaryVeinFlow.Flow_TooLow 1.0e-07
TF ifLAEjection.Flow_TooLow 1.0e-07
TF ifMitralFlow.Flow_TooLow 1.0e-07
TF ifLVEjection.Flow_TooLow 1.0e-07
TF ifAorticValveFlow.Flow_TooLow 1.0e-07
TF ifAorticFlow.Flow_TooLow 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — AV Node Internal
// =============================================================
TF ifAV_AtrialFast.Impulse_Missing 1.0e-07
TF ifAV_AtrialFast.Impulse_TooFast 1.0e-07
TF ifAV_AtrialSlow.Impulse_Missing 1.0e-07
TF ifAV_AtrialSlow.Impulse_TooFast 1.0e-07
TF ifAV_CoronaryFast.Supply_Inadequate 1.0e-07
TF ifAV_CoronarySlow.Supply_Inadequate 1.0e-07
TF ifAV_IonicFast.Channel_Dysfunction 1.0e-07
TF ifAV_IonicSlow.Channel_Dysfunction 1.0e-07
TF ifAV_InflamFast.Inflammation_Active 1.0e-07
TF ifAV_InflamSlow.Inflammation_Active 1.0e-07
TF ifAV_AgeFast.Degeneration_Active 1.0e-07
TF ifAV_AgeSlow.Degeneration_Active 1.0e-07
TF ifAV_FastToOut.Impulse_Missing 1.0e-07
TF ifAV_FastToOut.Impulse_TooFast 1.0e-07
TF ifAV_SlowToOut.Impulse_Missing 1.0e-07
TF ifAV_SlowToOut.Impulse_TooFast 1.0e-07
TF ifAV_OutToNode.Impulse_Missing 1.0e-07
TF ifAV_OutToNode.Impulse_TooFast 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Left Atrium Internal
// =============================================================
TF ifLA_PVtoOstia.Flow_TooLow 1.0e-07
TF ifLA_OstiaToMyo.Flow_TooLow 1.0e-07
TF ifLA_ImpToMyo.Impulse_Missing 1.0e-07
TF ifLA_ImpToMyo.Impulse_TooFast 1.0e-07
TF ifLA_CorToMyo.Supply_Inadequate 1.0e-07
TF ifLA_SepToMyo.Integrity_Lost 1.0e-07
TF ifLA_IonicToMyo.Channel_Dysfunction 1.0e-07
TF ifLA_InflamToMyo.Inflammation_Active 1.0e-07
TF ifLA_PeriToMyo.Tamponade 1.0e-07
TF ifLA_MyoOut.Flow_TooLow 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Tricuspid Valve Internal
// =============================================================
TF ifTV_RAtoLeaf.Flow_TooLow 1.0e-07
TF ifTV_AgeToLeaf.Degeneration_Active 1.0e-07
TF ifTV_CorToPM.Supply_Inadequate 1.0e-07
TF ifTV_IonicToPM.Channel_Dysfunction 1.0e-07
TF ifTV_InflamToPM.Inflammation_Active 1.0e-07
TF ifTV_LeafToChord.Flow_TooLow 1.0e-07
TF ifTV_PMtoChord.PM_Dysfunction 1.0e-07
TF ifTV_ChordOut.Flow_TooLow 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Mitral Valve Internal
// =============================================================
TF ifMV_LAEtoLeaf.Flow_TooLow 1.0e-07
TF ifMV_AgeToLeaf.Degeneration_Active 1.0e-07
TF ifMV_LADtoAL.Supply_Inadequate 1.0e-07
TF ifMV_LCxtoAL.Supply_Inadequate 1.0e-07
TF ifMV_RCAtoPM.Supply_Inadequate 1.0e-07
TF ifMV_IonicToAL.Channel_Dysfunction 1.0e-07
TF ifMV_IonicToPM.Channel_Dysfunction 1.0e-07
TF ifMV_InflamToAL.Inflammation_Active 1.0e-07
TF ifMV_InflamToPM.Inflammation_Active 1.0e-07
TF ifMV_LeafToChord.Flow_TooLow 1.0e-07
TF ifMV_ALtoChord.PM_Dysfunction 1.0e-07
TF ifMV_PMtoChord.PM_Dysfunction 1.0e-07
TF ifMV_ChordOut.Flow_TooLow 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Right Ventricle Internal
// =============================================================
TF ifRV_TricToInflow.Flow_TooLow 1.0e-07
TF ifRV_ActToInflow.Impulse_Missing 1.0e-07
TF ifRV_ActToInflow.Impulse_TooFast 1.0e-07
TF ifRV_CorToInflow.Supply_Inadequate 1.0e-07
TF ifRV_IonicToInflow.Channel_Dysfunction 1.0e-07
TF ifRV_InflamToInflow.Inflammation_Active 1.0e-07
TF ifRV_PeriToInflow.Tamponade 1.0e-07
TF ifRV_CatToInflow.Level_High 1.0e-07
TF ifRV_PulmToInflow.Pressure_Elevated 1.0e-07
TF ifRV_InflowToTrab.Contraction_Weak 1.0e-07
TF ifRV_TrabToRVOT.Contraction_Weak 1.0e-07
TF ifRV_RVOTOut.Flow_TooLow 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Left Ventricle Internal
// =============================================================
TF ifLV_ActAnt.Impulse_Missing 1.0e-07
TF ifLV_ActAnt.Impulse_TooFast 1.0e-07
TF ifLV_ActLat.Impulse_Missing 1.0e-07
TF ifLV_ActLat.Impulse_TooFast 1.0e-07
TF ifLV_ActInf.Impulse_Missing 1.0e-07
TF ifLV_ActInf.Impulse_TooFast 1.0e-07
TF ifLV_ActSep.Impulse_Missing 1.0e-07
TF ifLV_ActSep.Impulse_TooFast 1.0e-07
TF ifLV_LADtoAnt.Supply_Inadequate 1.0e-07
TF ifLV_LADtoSep.Supply_Inadequate 1.0e-07
TF ifLV_LCxtoLat.Supply_Inadequate 1.0e-07
TF ifLV_RCAtoInf.Supply_Inadequate 1.0e-07
TF ifLV_IonicAnt.Channel_Dysfunction 1.0e-07
TF ifLV_IonicLat.Channel_Dysfunction 1.0e-07
TF ifLV_IonicInf.Channel_Dysfunction 1.0e-07
TF ifLV_IonicSep.Channel_Dysfunction 1.0e-07
TF ifLV_InflamAnt.Inflammation_Active 1.0e-07
TF ifLV_InflamLat.Inflammation_Active 1.0e-07
TF ifLV_InflamInf.Inflammation_Active 1.0e-07
TF ifLV_InflamSep.Inflammation_Active 1.0e-07
TF ifLV_PeriAnt.Tamponade 1.0e-07
TF ifLV_PeriLat.Tamponade 1.0e-07
TF ifLV_PeriInf.Tamponade 1.0e-07
TF ifLV_PeriSep.Tamponade 1.0e-07
TF ifLV_CatAnt.Level_High 1.0e-07
TF ifLV_CatLat.Level_High 1.0e-07
TF ifLV_CatInf.Level_High 1.0e-07
TF ifLV_CatSep.Level_High 1.0e-07
TF ifLV_AfterAnt.Pressure_Overload 1.0e-07
TF ifLV_AfterLat.Pressure_Overload 1.0e-07
TF ifLV_AfterInf.Pressure_Overload 1.0e-07
TF ifLV_AfterSep.Pressure_Overload 1.0e-07
TF ifLV_AntToEj.Contraction_Weak 1.0e-07
TF ifLV_LatToEj.Contraction_Weak 1.0e-07
TF ifLV_InfToEj.Contraction_Weak 1.0e-07
TF ifLV_SepToEj.Contraction_Weak 1.0e-07
TF ifLV_MitralToEj.Flow_TooLow 1.0e-07
TF ifLV_SeptumToEj.Integrity_Lost 1.0e-07
TF ifLV_EjOut.Flow_TooLow 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — Aorta Internal
// =============================================================
TF ifAo_InToRoot.Flow_TooLow 1.0e-07
TF ifAo_AgeToRoot.Degeneration_Active 1.0e-07
TF ifAo_RootToAsc.Flow_TooLow 1.0e-07
TF ifAo_AscToArch.Flow_TooLow 1.0e-07
TF ifAo_ArchToDesc.Flow_TooLow 1.0e-07
TF ifAo_DescOut.Flow_TooLow 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — VenaCava Internal
// =============================================================
TF ifVC_InToSVC.Flow_TooLow 1.0e-07
TF ifVC_InToIVC.Flow_TooLow 1.0e-07
TF ifVC_SVCtoComb.Flow_TooLow 1.0e-07
TF ifVC_IVCtoComb.Flow_TooLow 1.0e-07
TF ifVC_CombOut.Flow_TooLow 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — PulmonaryArtery Internal
// =============================================================
TF ifPA_InToTrunk.Flow_TooLow 1.0e-07
TF ifPA_TrunkToRight.Flow_TooLow 1.0e-07
TF ifPA_TrunkToLeft.Flow_TooLow 1.0e-07
TF ifPA_CoagToRight.Hypercoagulable 1.0e-07
TF ifPA_CoagToLeft.Hypercoagulable 1.0e-07
TF ifPA_RightToComb.Flow_TooLow 1.0e-07
TF ifPA_LeftToComb.Flow_TooLow 1.0e-07
TF ifPA_CombOut.Flow_TooLow 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — LAD Internal
// =============================================================
TF ifLAD_InToProx.Supply_Inadequate 1.0e-07
TF ifLAD_ProxToDist.Supply_Inadequate 1.0e-07
TF ifLAD_DistOut.Supply_Inadequate 1.0e-07

// =============================================================
// TRANSFER FAULT RATES — RCA Internal
// =============================================================
TF ifRCA_BloodToProx.Quality_Abnormal 1.0e-07
TF ifRCA_CoagToProx.Hypercoagulable 1.0e-07
TF ifRCA_ProxToDist.Supply_Inadequate 1.0e-07
TF ifRCA_DistOut.Supply_Inadequate 1.0e-07