modes.ibfm

# Import Gas
mode NominalGasSource
    InertGas output effort = Nominal
mode NotCompleteGasSource
    InertGas output effort = Low
mode NoGasSource
    InertGas output effort = Zero
# Import Heat 
mode NominalHeatSource
    Heat output effort = Nominal
mode LowHeatSource
    Heat output effort = Low
mode HighHeatSource
    Heat output effort = High
mode NoHeatSource
    Heat output effort = Zero
# Branch Heat
mode NominalBranchHeat
	Heat output effort = Heat input effort
	Heat input rate = max Heat output rate
# Branch Gas
mode NominalBranchGas
	InertGas output effort = InertGas input effort
	InertGas input rate = max InertGas output rate
# Combine Gas
mode CombineDegradedGas
	ExpandedGas output effort = max ExpandedGas input effort
mode NominalGasOut
	ExpandedGas output effort = Nominal 
	
# Containing  
mode NominalContaining
    InertGas output effort = InertGas input effort
mode Leaking
    InertGas output effort = InertGas input effort --
mode NoContaining
    InertGas output effort = Zero
# Expansion
mode NominalExpansion
    ExpandedGas output effort = Heat input effort
    ExpandedGas output rate = InertGas input effort
mode HighExpansion
    ExpandedGas output effort = Heat input effort ++
    ExpandedGas output rate = InertGas input effort
mode LowExpansion
    ExpandedGas output effort = Heat input effort --
    ExpandedGas output rate = InertGas input effort 
# Conducting ExpandedGas
mode NominalConductingExpandedGas
    ExpandedGas output effort = ExpandedGas input effort
    ExpandedGas output rate = ExpandedGas input rate 
mode PartialConductingExpandedGas
    ExpandedGas output effort = ExpandedGas input effort
    ExpandedGas output rate = ExpandedGas input rate --
mode NoConductingExpandedGas
    ExpandedGas output effort = Zero
    ExpandedGas output rate = Zero
# Sensing Gas
mode NominalGasSensing
    ExpandedGas output effort = ExpandedGas input effort
    ExpandedGas output rate = ExpandedGas input rate
    Signal output effort = ExpandedGas input rate
mode DriftingLowGasSensing
    ExpandedGas output effort = ExpandedGas input effort
    ExpandedGas output rate = ExpandedGas input rate 
    Signal output effort = ExpandedGas input rate --
mode DriftingHighGasSensing
    ExpandedGas output effort = ExpandedGas input effort
    ExpandedGas output rate = ExpandedGas input rate
    Signal output effort = ExpandedGas input rate ++
mode NoGasSensing
    ExpandedGas output effort = ExpandedGas input effort
    ExpandedGas output rate = ExpandedGas input rate
    Signal output effort = Zero
# Controllers
mode EqualControl
    Signal output effort = Signal input effort
mode IncreaseControl
    Signal output effort = Signal input effort ++
mode DecreaseControl
    Signal output effort = Signal input effort --
# Gas rate adjustment
mode NominalFlowAdjustment
    AdjustedGas output rate = Signal input effort
    AdjustedGas output effort = ExpandedGas input effort
    ExpandedGas output rate = invert(Signal input effort)
    ExpandedGas output effort = ExpandedGas input effort
mode PartialLowAdjustment
    AdjustedGas output rate = Signal input effort --
    AdjustedGas output effort = ExpandedGas input effort
    ExpandedGas output rate = invert(Signal input effort) ++
    ExpandedGas output effort = ExpandedGas input effort
mode PartialHighAdjustment
    AdjustedGas output rate = Signal input effort ++
    AdjustedGas output effort = ExpandedGas input effort
    ExpandedGas output rate = invert(Signal input effort) --
    ExpandedGas output effort = ExpandedGas input effort
mode NoAdjustment
    ExpandedGas output effort = Zero
    ExpandedGas output rate = Zero
    AdjustedGas output effort = ExpandedGas input effort
    AdjustedGas output rate = ExpandedGas input rate
mode NoAdjustmentLow
    ExpandedGas output effort = Low
    ExpandedGas output rate = Low
    AdjustedGas output effort = ExpandedGas input effort
    AdjustedGas output rate = ExpandedGas input rate --
# Export Gas
mode NominalExportGas
    ExpandedGas input rate = ExpandedGas input rate
    ExpandedGas input effort = ExpandedGas input effort
# Conducting AdjustedGas
mode NominalConductingAdjustedGas
    AdjustedGas output effort = AdjustedGas input effort
    AdjustedGas output rate = AdjustedGas input rate
mode PartialConductingAdjustedGas
    AdjustedGas output effort = AdjustedGas input effort
    AdjustedGas output rate = AdjustedGas input rate --
mode NoConductingAdjustedGas
    AdjustedGas output effort = Zero
    AdjustedGas output rate = Zero
# Recover Heat
mode NominalRecoverHeat
	Heat output effort = Nominal 
mode TooMuchRecovery
	Heat output effort = Highest 
# Combine Heat
mode NoHeatYet
	Heat output effort = Zero
mode NormalHeat
	Heat output effort = Heat1 input effort
mode RecoveredHeat
	Heat output effort = Heat2 input effort 
mode NominalCombineHeat
	Heat output effort = max Heat input effort
# Measure Gas Pressure
mode NominalPressureSensing
    AdjustedGas output effort = AdjustedGas input effort
    AdjustedGas output rate = AdjustedGas input rate
    Signal output effort = AdjustedGas input effort
mode DriftingLowPressureSensing
    AdjustedGas output effort = AdjustedGas input effort
    AdjustedGas output rate = AdjustedGas input rate
    Signal output effort = AdjustedGas input effort --
mode DriftingHighPressureSensing
    AdjustedGas output effort = AdjustedGas input effort
    AdjustedGas output rate = AdjustedGas input rate
    Signal output effort = AdjustedGas input effort ++
mode NoPressureSensing
    AdjustedGas output effort = AdjustedGas input effort
    AdjustedGas output rate = AdjustedGas input rate
    Signal output effort = Zero
# Measure Gas Pressure
mode NominalRPressureSensing
    RegulatedGas output effort = RegulatedGas input effort
    RegulatedGas output rate = RegulatedGas input rate
    Signal output effort = RegulatedGas input effort
mode DriftingRLowPressureSensing
    RegulatedGas output effort = RegulatedGas input effort
    RegulatedGas output rate = RegulatedGas input rate
    Signal output effort = RegulatedGas input effort --
mode DriftingRHighPressureSensing
    RegulatedGas output effort = RegulatedGas input effort
    RegulatedGas output rate = RegulatedGas input rate
    Signal output effort = RegulatedGas input effort ++
mode NoRPressureSensing
    RegulatedGas output effort = RegulatedGas input effort
    RegulatedGas output rate = RegulatedGas input rate
    Signal output effort = Zero
	
# Regulating Gas Pressure 
mode NominalPressureRegulating
    RegulatedGas output effort = Signal input effort
    RegulatedGas output rate = AdjustedGas input rate
mode LowPressureRegulating
    RegulatedGas output effort = Signal input effort ++
    RegulatedGas output rate = AdjustedGas input rate
mode HighPressureRegulating
    RegulatedGas output effort = Signal input effort --
    RegulatedGas output rate = AdjustedGas input rate
mode NoPressureRegulating
    RegulatedGas output effort = AdjustedGas input effort
    RegulatedGas output rate = AdjustedGas input rate
mode NoPressureToRegulate
    RegulatedGas output effort = Zero
mode NoPressureToRegulateLow
    RegulatedGas output effort = Zero
mode NoPressureToRegulateHigh
    RegulatedGas output effort = Zero
# Regulating Gas Pressure 
mode NominalAPressureRegulating
    RegulatedGas output effort = Signal input effort
    RegulatedGas output rate = AdjustedGas input rate
	Signal output effort = Nominal
mode LowAPressureRegulating
    RegulatedGas output effort = Signal input effort ++
    RegulatedGas output rate = AdjustedGas input rate
	Signal output effort = Zero
mode HighAPressureRegulating
    RegulatedGas output effort = Signal input effort --
    RegulatedGas output rate = AdjustedGas input rate
	Signal output effort = Zero
mode NoAPressureRegulating
    RegulatedGas output effort = AdjustedGas input effort
    RegulatedGas output rate = AdjustedGas input rate
	Signal output effort = Zero
mode NoAPressureToRegulate
    RegulatedGas output effort = Zero
	Signal output effort = Nominal
mode NoAPressureToRegulateLow
    RegulatedGas output effort = Zero
	Signal output effort = Zero
mode NoAPressureToRegulateHigh
    RegulatedGas output effort = Zero
	Signal output effort = Zero
# Regulating Gas Pressure 
mode NoRegulation
	RegulatedGas output effort = RegulatedGas input effort
    RegulatedGas output rate = RegulatedGas input rate
mode NominalRPressureRegulating
    RegulatedGas output effort = AdjustedGas input effort
    RegulatedGas output rate = AdjustedGas input rate
mode LowRPressureRegulating
    RegulatedGas output effort = AdjustedGas input effort ++
    RegulatedGas output rate = AdjustedGas input rate
mode HighRPressureRegulating
    RegulatedGas output effort = AdjustedGas input effort --
    RegulatedGas output rate = AdjustedGas input rate
mode NoRPressureRegulating
    RegulatedGas output effort = AdjustedGas input effort
    RegulatedGas output rate = AdjustedGas input rate
mode NoRPressureToRegulate
    RegulatedGas output effort = Zero
mode NoRPressureToRegulateLow
    RegulatedGas output effort = Zero
mode NoRPressureToRegulateHigh
    RegulatedGas output effort = Zero
# Conducting RegulatedGas
mode NominalConductingRegulatedGas
    RegulatedGas output effort = RegulatedGas input effort
    RegulatedGas output rate = RegulatedGas input rate
mode PartialConductingRegulatedGas
    RegulatedGas output effort = RegulatedGas input effort
    RegulatedGas output rate = RegulatedGas input rate --
mode NoConductingRegulatedGas
    RegulatedGas output effort = Zero
    RegulatedGas output rate = Zero
# Propellant source
mode NominalPropellant
    Propellant output effort = Nominal
	Propellant output rate = Nominal
mode IncompletePropellant
    Propellant output effort = Nominal
	Propellant output rate = Low
mode NoPropellant
    Propellant output effort = Zero
	Propellant output rate = Zero
# Containing Propellant
mode NominalContainProp
    Propellant output effort = Propellant input effort
	Propellant output rate = Propellant input rate
mode LeakingProp
    Propellant output effort = Propellant input effort --
	Propellant output rate = Propellant input rate
mode NoContainingProp
    Propellant output effort = Zero
	Propellant output rate = Zero
# Sensing Propellant effort
mode NominalPropSensing
    Propellant output effort = Propellant input effort
    Propellant output rate = Propellant input rate
    Signal output effort = Propellant input effort
mode DriftingLowPropSensing
    Propellant output effort = Propellant input effort
    Propellant output rate = Propellant input rate
    Signal output effort = Propellant input effort --
mode DriftingHighPropSensing
    Propellant output effort = Propellant input effort
    Propellant output rate = Propellant input rate
    Signal output effort = Propellant input effort ++
mode NoPropSensing
    Propellant output effort = Propellant input effort
    Propellant output rate = Propellant input rate
    Signal output effort = Zero
# Regulating Propellant Pressure
mode NominalPTRegulating
    Propellant output effort = Signal input effort
    Propellant output rate = Propellant input rate
    RegulatedGas output rate = RegulatedGas input rate
mode LowPTRegulating
    Propellant output effort = Signal input effort ++
    Propellant output rate = Propellant input rate
    RegulatedGas output rate = RegulatedGas input rate
mode HighPTRegulating
    Propellant output effort = Signal input effort --
    Propellant output rate = Propellant input rate
    RegulatedGas output rate = RegulatedGas input rate
mode NoPTRegulating
    Propellant output effort = Propellant input effort
    RegulatedGas output effort = RegulatedGas input effort
    RegulatedGas output rate = RegulatedGas input rate
mode NoIncreasePT
    Propellant output effort = Zero
    RegulatedGas output effort = Zero
    RegulatedGas output rate = RegulatedGas input rate
mode LowIncreasePT
    Propellant output effort = Low
    RegulatedGas output effort = Low
    RegulatedGas output rate = RegulatedGas input rate
mode HighIncreasePT
    Propellant output effort = High
    RegulatedGas output effort = High
    RegulatedGas output rate = RegulatedGas input rate
mode TooHighIncreasePT
    Propellant output effort = Zero
    RegulatedGas output effort = Highest
    RegulatedGas output rate = RegulatedGas input rate
# Exporting Reg. gas
mode NominalExportRegGas
    RegulatedGas input rate = RegulatedGas input rate
    RegulatedGas input effort = RegulatedGas input effort
# Conducting Propellant
mode NominalConductingPropellant
    Propellant output effort = Propellant input effort
    Propellant output rate = Propellant input rate
mode PartialConductingPropellant
    Propellant output effort = Propellant input effort
    Propellant output rate = Propellant input rate --
mode NoConductingPropellant
    Propellant output effort = Zero
    Propellant output rate = Zero
# Sensing Propellant rate
mode NominalPropRSensing
    Propellant output effort = Propellant input effort
    Propellant output rate = Propellant input rate
    Signal output effort = Propellant input rate
mode DriftingLowPropRSensing
    Propellant output effort = Propellant input effort
    Propellant output rate = Propellant input rate
    Signal output effort = Propellant input rate --
mode DriftingHighPropRSensing
    Propellant output effort = Propellant input effort
    Propellant output rate = Propellant input rate
    Signal output effort = Propellant input rate ++
mode NoPropRSensing
    Propellant output effort = Propellant input effort
    Propellant output rate = Propellant input rate
    Signal output effort = Zero
# GasPropellant rate adjustment
mode NominalPropRateAdjustment
    Propellant output rate = Signal input effort
    Propellant output effort = Propellant input effort
mode PartialLowPropRateAdjustment
    Propellant output rate = Signal input effort --
    Propellant output effort = Propellant input effort
mode PartialHighPropRateAdjustment
    Propellant output rate = Signal input effort ++
    Propellant output effort = Propellant input effort
mode NoPropRateAdjustment
    Propellant output effort = Zero
    Propellant output rate = Zero
mode NoPropRateAdjustmentLow
    Propellant output effort = Low
    Propellant output rate = Low
# Branch Gas Propellant
mode NominalBranchPropellant
	Propellant output effort = Propellant input effort
	Propellant output rate = Propellant input rate
# Branch Catalyst 
mode NominalBranchCatalyst
	Catalyst output effort =  Catalyst input effort
# Import Catalyst
mode NominalCatalystSource
    Catalyst output effort = Nominal
mode NotCompleteCatalystSource
    Catalyst output effort = Low
mode NoCatalystSource
    Catalyst output effort = Zero
# Contain Catalyst
mode NominalContainCatalyst
    Catalyst output effort = Catalyst input effort
mode NoContainingCatalyst
    Catalyst output effort = Zero
# Combust Catalyst
mode NominalCombustion
    Thrust output rate =  Propellant input rate
    Thrust output effort =  Propellant input effort
    Heat output rate = Propellant input rate
    Heat output effort = Propellant input effort
    Byproducts output rate = Propellant input rate
mode PoorCombustion
    Thrust output rate =  Propellant input rate --
    Thrust output effort =  Propellant input effort --
    Heat output rate = Low
    Heat output effort = Low
    Byproducts output rate = Propellant input rate --
mode NoCombustion
    Thrust output rate =  min(Low, Propellant input rate)
    Thrust output effort =  Zero
    Heat output rate = Zero
    Heat output effort = Zero
    Byproducts output rate = Propellant input rate --
mode ExportByproducts
    Byproducts input rate = Byproducts input rate
# Combine Thrust
mode InactiveThrust
	Thrust output rate = Zero
	Thrust output effort = Zero 
mode Thrust1Out
	Thrust output rate = Thrust1 input rate
	Thrust output effort = Thrust1 input effort
mode Thrust2Out
	Thrust output rate = Thrust2 input rate
	Thrust output effort = Thrust2 input effort
	
mode ExportThrust
    Thrust input rate = Thrust input rate
mode ExportLowThrust
    Thrust input rate = Thrust input rate
mode ExportNoThrust
    Thrust input rate = Thrust input rate
mode TooMuchThrust
    Thrust input rate = Thrust input rate

mode OpenCircuit
    Electrical output effort = Zero
    Electrical input rate = Zero
mode ClosedCircuit
    Electrical output effort = Electrical input effort
    Electrical input rate = Electrical output rate
mode ShortCircuit
    Electrical input rate = Electrical input effort * Highest
    optional Electrical output effort = Zero

mode NominalVoltageSource
    Electrical output effort = Nominal
mode LowVoltageSource
    Electrical output effort = Low
mode HighVoltageSource
    Electrical output effort = High
mode NoVoltageSource
    Electrical output effort = Zero

mode NominalStorage
	Electrical output effort = Electrical input effort
	Electrical output rate = Nominal
mode PartialStorage
	Electrical output effort = Electrical input effort
	Electrical output rate = Low
mode NoStorage
	Electrical output effort = Zero

mode NominalSupply
	Electrical output effort = Electrical input effort
	Heat output effort = Nominal
mode MinorOverloading
	Electrical output effort = Electrical input effort ++
	Heat output effort = High
mode MajorOverloading
	Electrical output effort = Highest
	Heat output effort = Highest
	
mode NominalDistribution
	Electrical output effort = Electrical input effort 
	Electrical input rate = max all Electrical output rate
mode PoorAllocation
	Electrical output effort = Electrical input effort --
	Electrical input rate = max all Electrical output rate
mode AdverseResistanceDist
	Electrical output effort = Electrical input effort --
	Electrical input rate = max all Electrical output rate
mode ShortCircuitDist
	Electrical input rate = Electrical input effort * Highest
    Electrical output effort = Zero
mode OpenCircuitDist
	Electrical output effort = Zero
	Electrical input rate = Zero
	
mode NominalMechSink
	MechanicalEnergy input rate = MechanicalEnergy input effort
	
mode ResistiveLoad
    Electrical input rate = Electrical input effort
mode ResistiveLoadD
    Electrical input rate = Electrical input effort
mode ResistiveLoadF
    Electrical input rate = Electrical input effort
	
mode NominalSignalSource
    Signal output effort = Nominal
mode ZeroSignalSource
    Signal output effort = Zero
mode PartialSignal
	Signal output effort = Low
	
mode HeatSink
    Heat input effort = Nominal
mode HotHeatSink
    Heat input effort = High
mode HottestHeatSink
    Heat input effort = Highest
mode NominalMaterialSource
    Material output effort = Nominal
mode NoMaterialSource
    Material output effort = Zero
mode NominalMaterialSink
    Material input rate = Material input effort
mode NoMaterialSink
    Material input rate = Zero
mode NominalChemicalToElectricalEnergyConversion
    Heat output rate = Electrical output rate
    Electrical output effort = ChemicalEnergy input effort
    ChemicalEnergy input rate = Electrical output rate
mode InefficientChemicalToElectricalEnergyConversion
    Heat output rate = Electrical output rate ++
    Electrical output effort = ChemicalEnergy input effort
    ChemicalEnergy input rate = Electrical output rate ++
mode ChemicalEnergyLossNoElectricalConversion
    ChemicalEnergy input rate = ChemicalEnergy input effort * Highest
    Heat output rate = ChemicalEnergy input rate
    Electrical output effort = Zero
mode NoChemicalToElectricalEnergyConversion
    ChemicalEnergy input rate = Zero
    Heat output rate = Zero
    Electrical output effort = Zero
mode NominalInvertElectricalEnergy
    Electrical output effort = Nominal
    Heat output rate = Electrical output rate
    Electrical input rate = Electrical output rate
mode NoInvertElectricalEnergy
    Electrical output effort = Zero
    Heat output rate = Zero
    Electrical input rate = Zero

mode NominalElectricalToMechanicalEnergyConversion
    Heat output rate = Electrical input rate
    MechanicalEnergy output effort = Electrical input effort
	MechanicalEnergy output rate = Electrical input effort
    Electrical input rate = Electrical input effort
mode ShortCircuitNoMechanicalEnergyConversion
    Electrical input rate = Electrical input effort * Highest
    Heat output effort = Electrical input effort
    MechanicalEnergy output effort = Zero
    MechanicalEnergy output rate = Zero
mode OpenCircuitNoMechanicalEnergyConversion
    Electrical input rate = Zero
    Heat output effort = Zero
    MechanicalEnergy output effort = Zero
    MechanicalEnergy output rate = Zero

mode LowTorque
	Heat output effort = Electrical input effort --
    MechanicalEnergy output effort = Electrical input effort --
    Electrical input rate = invert MechanicalEnergy output rate --
mode HighTorque
	Heat output effort = Electrical input effort ++
    MechanicalEnergy output effort = Electrical input effort ++
    Electrical input rate = invert MechanicalEnergy output rate --
mode TooHighTorque
	Heat output effort = Highest
    MechanicalEnergy output effort = Highest
    Electrical input rate = Highest

mode NominalElectricalToOpticalEnergyConversion
    OpticalEnergy output effort = Electrical input effort
    Heat output effort = Electrical input effort
    Electrical input rate = Electrical input effort
mode AdverseOpticalResistance
	OpticalEnergy output effort = Electrical input effort --
	Heat output effort = Electrical input effort --
	Electrical input rate = Electrical input effort --
mode NoElectricalToOpticalEnergyConversion
    Electrical input rate = Zero
    Heat output effort = Zero
    OpticalEnergy output effort = Zero
	
mode NominalElectricalToHeatConversion
    Heat output effort = Electrical input effort
    Electrical input rate = Electrical input effort
mode NotEnoughHeat
    Heat output effort = Electrical input effort --
    Electrical input rate = Electrical input effort
mode Hot
    Heat output effort = Electrical input effort ++
    Electrical input rate = Electrical input effort ++
mode TooHot
	Heat output effort = Highest
    Electrical input rate = Highest
mode OpenCircuitHeat
    Heat output effort = Zero
    Electrical input rate = Zero
	
	
mode NominalChemicalEffortSource
    ChemicalEnergy output effort = Nominal
mode LowChemicalEffortSource
    ChemicalEnergy output effort = Low
mode HighChemicalEffortSource
    ChemicalEnergy output effort = High
mode NoChemicalEffortSource
    ChemicalEnergy output effort = Zero
mode NominalVoltageSensing
    import ClosedCircuit
    Signal output effort = Electrical input effort
mode NominalCurrentSensing
    import ClosedCircuit
    Signal output effort = Electrical output rate
mode DriftingLowVoltageSensing
    import ClosedCircuit
    Signal output effort = Electrical input effort --
mode DriftingLowCurrentSensing
    import ClosedCircuit
    Signal output effort = Electrical output rate --
mode DriftingHighVoltageSensing
    import ClosedCircuit
    Signal output effort = Electrical input effort ++
mode DriftingHighCurrentSensing
    import ClosedCircuit
    Signal output effort = Electrical output rate ++
mode NoVoltageSensing
    import ClosedCircuit
    Signal output effort = Zero
mode NoCurrentSensing
    import NoVoltageSensing
mode HeatConductor
    Heat output rate = Heat input rate
    Heat input effort = Heat output effort
mode NominalTemperatureSensing
    import HeatConductor
    Signal output effort = Heat output effort
mode DriftingLowTemperatureSensing
    import HeatConductor
    Signal output effort = Heat output effort --
mode DriftingHighTemperatureSensing
    import HeatConductor
    Signal output effort = Heat output effort ++
mode NoTemperatureSensing
    import HeatConductor
    Signal output effort = Zero
mode NominalTransportMaterial
    Material output effort = min(Energy input effort, Material input effort)
    Material input rate = Material output rate
    Energy input rate = Material output rate
mode RestrictedTransportMaterial
    Material output effort = min(Energy input effort, Material input effort) --
    Material input rate = Material output rate
    Energy input rate = Material output rate
mode BlockedTransportMaterial
    Material output effort = Zero
    Material input rate = Zero
    Energy input rate = Zero
mode NominalBranchElectricalEnergy
    Electrical output effort = Electrical input effort
    Electrical input rate = max all Electrical output rate
mode NominalCombineElectricalEnergy
    Electrical output effort = max(Electrical input effort)
    Electrical output rate = max(Electrical input rate)
mode NominalExportOpticalEnergy
    OpticalEnergy input rate = OpticalEnergy input effort
mode AdverseResistance
    Electrical output effort = Electrical input effort --
mode EqualVoltage
    Electrical output effort = Electrical input effort
mode IncreaseVoltage
    Electrical output effort = Electrical input effort ++
mode DecreaseVoltage
    Electrical output effort = Electrical input effort --