packageTypes

Information

The main problem of medical research, articles, and experiments is using obscure units from medicine, pharmacology, biology and non-physics disciplines. The Physiolibrary fulfills the Modelica ideal of using SI units as the main unit for each variable, and the previously described physiological units are also implemented as the displayUnits for each variable. Using these displayUnits the user sets and sees the "physiological" values. The implementation can also be joined to any unit-correct Modelica models and physical equations without crashing due to unit incompatibilities. The unit support of Physiolibrary is so strong that you even can chose the right unit-typed “input real”/”output real” from the library package Types.RealIO. As can be expected, only the non-specific packages States and Blocks in the Physiolibrary have variables without units.

Contents

Name	Description
UsersGuide	User's Guide
Examples	Examples that demonstrate usage of the Pressure flow components
Constants
ScaleConstants
RealIO
BusConnector	Empty control bus that is adapted to the signals connected to it
IO_Bus	Subsystem outputs manipulation
TorsoBusConnector	Upper, Middle or Lower Torso properties
TissueBusConnector	Tissue properties
Area
Length
Energy
Time
Frequency
Mass
MassFlowRate
Density
MolarMass
Height
Position
Velocity
Acceleration
Pressure
Volume
VolumeFlowRate
Concentration
AmountOfSubstance
MolarFlowRate
MolarEnergy
MassConcentration
Osmolarity
Heat
Temperature
HeatFlowRate
Power
PowerPerMass
ThermalConductance
SpecificHeatCapacity
SpecificEnergy	vaporization, ..
ElectricPotential
ElectricCharge
VolumeDensityOfCharge
ElectricCurrent
Fraction
pH
OsmoticPermeability
DiffusionPermeability
HydraulicConductance
HydraulicResistance
HydraulicCompliance
HydraulicElastance
HydraulicInertance
GasSolubility	Gas solubility in liquid
StoichiometricNumber
Population	Average number of population individuals
PopulationChange	Average change of population individuals
PopulationChangePerMember	Average change per population individual
AbstractReal	Abstract parameter or the value at defined time (final) of the model - can be input or output parameter
RealTypeInputParameters
RealExtension
RealTypes
AbstractBoolean	Abstract parameter or the value at defined time of the model - can be input or output parameter
FilesUtilities	File input/output/test
BooleanExtension
Utilities	Value input/output/test support
ZeroUtilities	No input/output/test
SimulationType	Initialization or Steady state options (to determine model type before simulating)

Revisions

Copyright (c) 2008-2015, Marek Mateják, Charles University in Prague

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