Information
Extends from Modelica.Icons.Package (Icon for standard packages).
Package Content
| Name |
Description |
 AccelerationInput
|
input Acceleration as connector |
 AccelerationOutput
|
output Acceleration as connector |
| AmountOfSubstanceInput
|
input AmountOfSubstance as connector |
| AmountOfSubstanceOutput
|
output AmountOfSubstance as connector |
| ConcentrationInput
|
input Concentration as connector |
| ConcentrationOutput
|
output Concentration as connector |
| DiffusionPermeabilityInput
|
input DiffusionPermeability as connector |
| DiffusionPermeabilityOutput
|
output DiffusionPermeability as connector |
| ElectricCurrentInput
|
input ElectricCurrent as connector |
| ElectricCurrentOutput
|
output ElectricCurrent as connector |
| ElectricChargeInput
|
input ElectricCharge as connector |
| ElectricChargeOutput
|
output ElectricCharge as connector |
| EnergyInput
|
input Energy as connector |
| EnergyOutput
|
output Energy as connector |
| EnthalpyInput
|
input Enthalpy as connector |
| EnthalpyOutput
|
output Enthalpy as connector |
| MolarEnthalpyInput
|
input MolarEnthalpy as connector |
| MolarEnthalpyOutput
|
output MolarEnthalpy as connector |
| HeatInput
|
input Heat as connector |
| HeatOutput
|
output Heat as connector |
| HeatFlowRateInput
|
input HeatFlowRate as connector |
| HeatFlowRateOutput
|
output HeatFlowRate as connector |
| HeightInput
|
input Height as connector |
| HeightOutput
|
output Height as connector |
| MassInput
|
input Mass as connector |
| MassOutput
|
output Mass as connector |
| MassFractionInput
|
input Mass Fraction as connector |
| MassFractionOutput
|
output MassFraction as connector |
| MassFlowRateInput
|
input MassFlowRate as connector |
| MassFlowRateOutput
|
output MassFlowRate as connector |
| MolarFlowRateInput
|
input MolarFlowRate as connector |
| MolarFlowRateOutput
|
output MolarFlowRate as connector |
| OsmolarityInput
|
input Concentration as connector |
| OsmolarityOutput
|
output Concentration as connector |
| PressureInput
|
input Pressure as connector |
| PressureOutput
|
output Pressure as connector |
| VolumeInput
|
input Volume as connector |
| VolumeOutput
|
output Volume as connector |
| VolumeFlowRateInput
|
input VolumeFlowRate as connector |
| VolumeFlowRateOutput
|
output VolumeFlowRate as connector |
| TemperatureInput
|
input Temperature as connector |
| TemperatureOutput
|
output Temperature as connector |
| TimeInput
|
input Time as connector |
| TimeOutput
|
output Time as connector |
| ThermalConductanceInput
|
input ThermalConductance as connector |
| ThermalConductanceOutput
|
output ThermalConductance as connector |
| ElectricPotentialInput
|
input ElectricPotential as connector |
| ElectricPotentialOutput
|
output ElectricPotential as connector |
| FractionInput
|
input Fraction as connector |
| FractionOutput
|
output Fraction as connector |
| FrequencyInput
|
input Frequency as connector |
| FrequencyOutput
|
output Frequency as connector |
| OsmoticPermeabilityInput
|
input OsmoticPermeability as connector |
| OsmoticPermeabilityOutput
|
output OsmoticPermeability as connector |
| HydraulicConductanceInput
|
input HydraulicConductance as connector |
| HydraulicConductanceOutput
|
output HydraulicConductance as connector |
| HydraulicResistanceInput
|
input HydraulicResistance as connector |
| HydraulicResistanceOutput
|
output HydraulicResistance as connector |
| HydraulicComplianceInput
|
input HydraulicCompliance as connector |
| HydraulicComplianceOutput
|
output HydraulicCompliance as connector |
| HydraulicElastanceInput
|
input HydraulicElastance as connector |
| HydraulicElastanceOutput
|
output HydraulicElastance as connector |
| DensityInput
|
input Density as connector |
| DensityOutput
|
output Density as connector |
| HydraulicInertanceInput
|
input HydraulicInertance as connector |
| HydraulicInertanceOutput
|
output HydraulicInertance as connector |
| GasSolubilityInput
|
input GasSolubility as connector |
| GasSolubilityOutput
|
output GasSolubility as connector |
| SpecificEnergyInput
|
input SpecificEnergy as connector |
| SpecificEnergyOutput
|
output SpecificEnergy as connector |
| SpecificEnthalpyInput
|
input SpecificEnthalpy as connector |
| SpecificEnthalpyOutput
|
output SpecificEnthalpy as connector |
| SpecificHeatCapacityInput
|
input SpecificHeatCapacity as connector |
| SpecificHeatCapacityOutput
|
output SpecificHeatCapacity as connector |
| pHInput
|
input pH as connector |
| pHOutput
|
output pH as connector |
| VolumeDensityOfChargeInput
|
input VolumeDensityOfCharge as connector |
| VolumeDensityOfChargeOutput
|
output VolumeDensityOfCharge as connector |
| MassConcentrationInput
|
input MassConcentration as connector |
| MassConcentrationOutput
|
output MassConcentration as connector |
| VelocityInput
|
input Velocity as connector |
| VelocityOutput
|
output Velocity as connector |
| PowerInput
|
input Power as connector |
| PowerOutput
|
output Power as connector |
| PositionInput
|
input Position as connector |
| PositionOutput
|
output Position as connector |
| MolarEnergyInput
|
input MolarEnergy as connector |
| MolarEnergyOutput
|
output MolarEnergy as connector |
| PopulationInput
|
input Population as connector |
| PopulationOutput
|
output Population as connector |
| PopulationChangeInput
|
input PopulationChange as connector |
| PopulationChangeOutput
|
output PopulationChange as connector |
| PopulationChangePerMemberInput
|
input PopulationChangePerMember as connector |
| PopulationChangePerMemberOutput
|
output PopulationChangePerMember as connector |
input Acceleration as connector
Information
Connector with one input signal of type Acceleration.
Extends from Acceleration.
output Acceleration as connector
Information
Connector with one output signal of type Real.
Extends from Acceleration.
input AmountOfSubstance as connector
Information
Connector with one input signal of type AmountOfSubstance.
Extends from AmountOfSubstance.
output AmountOfSubstance as connector
Information
Connector with one output signal of type Real.
Extends from AmountOfSubstance.
input Concentration as connector
Information
Connector with one input signal of type Concentration.
Extends from Concentration.
output Concentration as connector
Information
Connector with one output signal of type Real.
Extends from Concentration.
input DiffusionPermeability as connector
Information
Connector with one input signal of type DiffusionMembranePermeability.
Extends from DiffusionPermeability.
output DiffusionPermeability as connector
Information
Connector with one output signal of type Real.
Extends from DiffusionPermeability.
input ElectricCurrent as connector
Information
Connector with one input signal of type ElectricCurrent.
Extends from ElectricCurrent.
output ElectricCurrent as connector
Information
Connector with one output signal of type Real.
Extends from ElectricCurrent.
input ElectricCharge as connector
Information
Connector with one input signal of type ElectricCharge.
Extends from ElectricCharge.
output ElectricCharge as connector
Information
Connector with one output signal of type Real.
Extends from ElectricCharge.
input Energy as connector
Information
Connector with one input signal of type Energy.
Extends from Energy.
output Energy as connector
Information
Connector with one output signal of type Real.
Extends from Energy.
input Enthalpy as connector
Information
Connector with one input signal of type Enthalpy.
Extends from Enthalpy (Heat energy).
output Enthalpy as connector
Information
Connector with one output signal of type Real.
Extends from Enthalpy (Heat energy).
input MolarEnthalpy as connector
Information
Connector with one input signal of type MolarEnthalpy.
Extends from MolarEnthalpy (Heat energy of substance).
output MolarEnthalpy as connector
Information
Connector with one output signal of type Real.
Extends from MolarEnthalpy (Heat energy of substance).
input Heat as connector
Information
Connector with one input signal of type Heat.
Extends from Heat.
output Heat as connector
Information
Connector with one output signal of type Real.
Extends from Heat.
input HeatFlowRate as connector
Information
Connector with one input signal of type HeatFlowRate.
Extends from HeatFlowRate.
output HeatFlowRate as connector
Information
Connector with one output signal of type Real.
Extends from HeatFlowRate.
input Height as connector
Information
Connector with one input signal of type Height.
Extends from Height.
output Height as connector
Information
Connector with one output signal of type Real.
Extends from Height.
input Mass as connector
Information
Connector with one input signal of type Mass.
Extends from Mass.
output Mass as connector
Information
Connector with one output signal of type Real.
Extends from Mass.
input Mass Fraction as connector
Information
Connector with one input signal of type MassFraction.
Extends from MassFraction.
output MassFraction as connector
Information
Connector with one output signal of type Real.
Extends from MassFraction.
input MassFlowRate as connector
Information
Connector with one input signal of type MassFlowRate.
Extends from MassFlowRate.
output MassFlowRate as connector
Information
Connector with one output signal of type Real.
Extends from MassFlowRate.
input MolarFlowRate as connector
Information
Connector with one input signal of type MolarFlowRate.
Extends from MolarFlowRate.
output MolarFlowRate as connector
Information
Connector with one output signal of type Real.
Extends from MolarFlowRate.
input Concentration as connector
Information
Connector with one input signal of type Concentration.
Extends from Osmolarity.
output Concentration as connector
Information
Connector with one output signal of type Real.
Extends from Osmolarity.
input Pressure as connector
Information
Connector with one input signal of type Pressure.
Extends from Pressure.
output Pressure as connector
Information
Connector with one output signal of type Real.
Extends from Pressure.
input Volume as connector
Information
Connector with one input signal of type Volume.
Extends from Volume.
output Volume as connector
Information
Connector with one output signal of type Real.
Extends from Volume.
input VolumeFlowRate as connector
Information
Connector with one input signal of type VolumeFlowRate.
Extends from VolumeFlowRate.
output VolumeFlowRate as connector
Information
Connector with one output signal of type Real.
Extends from VolumeFlowRate.
input Temperature as connector
Information
Connector with one input signal of type Temperature.
Extends from Temperature.
output Temperature as connector
Information
Connector with one output signal of type Real.
Extends from Temperature.
input Time as connector
Information
Connector with one input signal of type Time.
Extends from Time.
output Time as connector
Information
Connector with one output signal of type Real.
Extends from Time.
input ThermalConductance as connector
Information
Connector with one input signal of type ThermalConductance.
Extends from ThermalConductance.
output ThermalConductance as connector
Information
Connector with one output signal of type Real.
Extends from ThermalConductance.
input ElectricPotential as connector
Information
Connector with one input signal of type ElectricPotential.
Extends from ElectricPotential.
output ElectricPotential as connector
Information
Connector with one output signal of type Real.
Extends from ElectricPotential.
input Fraction as connector
Information
Connector with one input signal of type Fraction.
Extends from Fraction.
output Fraction as connector
Information
Connector with one output signal of type Real.
Extends from Fraction.
input Frequency as connector
Information
Connector with one input signal of type Frequency.
Extends from Frequency.
output Frequency as connector
Information
Connector with one output signal of type Frequency.
Extends from Frequency.
input OsmoticPermeability as connector
Information
Connector with one input signal of type OsmoticMembranePermeability.
Extends from OsmoticPermeability.
output OsmoticPermeability as connector
Information
Connector with one output signal of type Real.
Extends from OsmoticPermeability.
input HydraulicConductance as connector
Information
Connector with one input signal of type HydraulicConductance.
Extends from HydraulicConductance.
output HydraulicConductance as connector
Information
Connector with one output signal of type Real.
Extends from HydraulicConductance.
input HydraulicResistance as connector
Information
Connector with one input signal of type HydraulicResistance.
Extends from HydraulicResistance.
output HydraulicResistance as connector
Information
Connector with one output signal of type Real.
Extends from HydraulicResistance.
input HydraulicCompliance as connector
Information
Connector with one input signal of type HydraulicCompliance.
Extends from HydraulicCompliance.
output HydraulicCompliance as connector
Information
Connector with one output signal of type Real.
Extends from HydraulicCompliance.
input HydraulicElastance as connector
Information
Connector with one input signal of type HydraulicElastance.
Extends from HydraulicElastance.
output HydraulicElastance as connector
Information
Connector with one output signal of type Real.
Extends from HydraulicElastance.
input Density as connector
Information
Connector with one input signal of type Volume.
Extends from Density.
output Density as connector
Information
Connector with one output signal of type Real.
Extends from Density.
input HydraulicInertance as connector
Information
Connector with one input signal of type HydraulicInertance.
Extends from HydraulicInertance.
output HydraulicInertance as connector
Information
Connector with one output signal of type Real.
Extends from HydraulicInertance.
input GasSolubility as connector
Information
Connector with one input signal of type GasSolubility.
Extends from GasSolubility (Gas solubility in liquid).
output GasSolubility as connector
Information
Connector with one output signal of type Real.
Extends from GasSolubility (Gas solubility in liquid).
input SpecificEnergy as connector
Information
Connector with one input signal of type Volume.
Extends from SpecificEnergy (vaporization, ..).
output SpecificEnergy as connector
Information
Connector with one output signal of type Real.
Extends from SpecificEnergy (vaporization, ..).
input SpecificEnthalpy as connector
Information
Connector with one input signal of type SpecificEnthalpy.
Extends from SpecificEnthalpy.
output SpecificEnthalpy as connector
Information
Connector with one output signal of type Real.
Extends from SpecificEnthalpy.
input SpecificHeatCapacity as connector
Information
Connector with one input signal of type Volume.
Extends from SpecificHeatCapacity.
output SpecificHeatCapacity as connector
Information
Connector with one output signal of type Real.
Extends from SpecificHeatCapacity.
input pH as connector
Information
Connector with one input signal of type pH.
Extends from pH.
output pH as connector
Information
Connector with one output signal of type pH.
Extends from pH.
input VolumeDensityOfCharge as connector
Information
Connector with one input signal of type VolumeDensityOfCharge.
Extends from VolumeDensityOfCharge.
output VolumeDensityOfCharge as connector
Information
Connector with one output signal of type VolumeDensityOfCharge.
Extends from VolumeDensityOfCharge.
input MassConcentration as connector
Information
Connector with one input signal of type MassConcentration.
Extends from MassConcentration.
output MassConcentration as connector
Information
Connector with one output signal of type MassConcentration.
Extends from MassConcentration.
input Velocity as connector
Information
Connector with one input signal of type Velocity.
Extends from Velocity.
output Velocity as connector
Information
Connector with one output signal of type Velocity.
Extends from Velocity.
input Power as connector
Information
Connector with one input signal of type Power.
Extends from Power.
output Power as connector
Information
Connector with one output signal of type Power.
Extends from Power.
input Position as connector
Information
Connector with one input signal of type Position.
Extends from Position.
output Position as connector
Information
Connector with one output signal of type Position.
Extends from Position.
input MolarEnergy as connector
Information
Connector with one input signal of type MolarEnergy.
Extends from MolarEnergy (chemical internal energy, chemical enthalpy, Gibb's energy ..).
output MolarEnergy as connector
Information
Connector with one output signal of type MolarEnergy.
Extends from MolarEnergy (chemical internal energy, chemical enthalpy, Gibb's energy ..).
input Population as connector
Information
Connector with one input signal of type Population.
Extends from Population (Average number of population individuals).
output Population as connector
Information
Connector with one output signal of type Population.
Extends from Population (Average number of population individuals).
input PopulationChange as connector
Information
Connector with one input signal of type PopulationChange.
Extends from PopulationChange (Average change of population individuals).
output PopulationChange as connector
Information
Connector with one output signal of type PopulationChange.
Extends from PopulationChange (Average change of population individuals).
input PopulationChangePerMember as connector
Information
Connector with one input signal of type PopulationChangePerMember.
Extends from PopulationChangePerMember (Average change per population individual).
output PopulationChangePerMember as connector
Information
Connector with one output signal of type PopulationChangePerMember.
Extends from PopulationChangePerMember (Average change per population individual).
Automatically generated Wed Oct 11 14:54:26 2023.
Physiolibrary.Types.RealIO.AccelerationInput
Physiolibrary.Types.RealIO.AccelerationOutput