Physiolibrary 3.0.0

• using Chemical 1.4 instead of Physiolibrary.Chemical and Physiolibrary.Osmotic
• support of Modelica.Fluid and Modelica.Media concept instead of Physiolibrary.Hydraulic
• model of Blood using blood plasma and red cells composition with Henderson-Hasselbalch;Hemoglobin-O2,CO2,H+,CO binding;Chloride shift;Osmosis
• support of modeling of respiratory and cardiovascular blood gases transport
• obsolete previous Physiolibrary steady state concept

Physiolibrary 2.3.1

• Change of license to BSD:
  • no additional restricions
  • supported decentralized development
• Fixed external pressure in elastic vessel compartment
• New example of pulsative blood circulation by Willem van Meurs 2011
• Support of Physiomodel 1.0.0

Physiolibrary 2.3

• New:
  • Population domain for population models of organisms, cells,..
  • cardiovascular models as example of Hydraulic domain
  • components: osmotic reabsorption, ideal osmotic flow filtration
  • display units: umol/min,nmol/min,pmol/min,l/day
  • icons: heart ventricle icon, microcirculation, population
  • blocks: 1(one) as constant, energy per mass, DegradationGain, FractionGain
  • installation to System Modeler script (Resources/Install)
• Fix:
  • OsmoticCell with more possible membrane type interfaces
  • factors: dissabling option and with decadic logarithm
  • redefinition of unmeasurable physical quantities
  • manipulation with initial input and final output values of variables
  • units of heart starling slopes in CardiovascularSystemGCG example
• Rename:
  • units Torr with capital 'T' (from name - Evangelista Torricelli)
  • Blocks.Math.Exponentiation to Blocks.Math.Power

Physiolibrary 2.2.0

New:

• read/write of values in non-SI units from/to file
• outflow/inflow sources
• chemical internal heats
• passive fluxes through membranes

Fix:

• collapsing ElasticVessel at negative sucking pressures
• concentrations are always per volume of whole solution

Rename:

• actualFlow, actualConc, .. in sensors
• FlowConcentrationMeasure to IncrementalFlowConcentrationMeasure
• thermal OutStream to MassOutflow

Physiolibrary 2.1.1

• New compoment: HydraulicComponents.IdealValve for modeling aortic, pulmonary, triscupid and mitral valve
• New types: pH, VolumeDensityOfCharge
• New examples: Osmotic.Examples.CelebrospinalFluid, Hydraulic.Examples.Windkessel and Hydraulic.Example.MinimalCirculation
• Fix: role of hydraulic pressure in Osmotic.Components.Membrane

Physiolibrary 2.1

• Upgrade to MSL 3.2.1 (still compatible with MSL 3.2)
• New:
  • constants HydraulicResistanceConst, HydraulicElastanceConst and HydraulicElastanceToComplianceConst and type HydraulicElastance
  • display units for hydraulic resistance/conductance/compliance/elastance, for gas solubility
  • steady state component ElectricChargeConservationLaw
• Rename:
  • HydraulicResistanceConst to HydraulicResistanceToConductanceConst
• Fix:
  • gas solution in liquid with corrected GasSolubility type
  • bidirectional stream flows
  • steady state example of dissolved oxygen
  • installation batch file for Dymola in Windows
  • references in overview (user's guide)

Physiolibrary 2.0

• Support for steady states calculation by energy/mass conservation laws or enviroment sources
• Conditional inputs for each domain blocks
• Package States renamed to SteadyStates, added SteadyStates.Components
• Removed package Mixed
• Package FileUtilities moved to Types.FileUtilities

Physiolibrary v1.2

• Package structure Physiolibrary.{domain}.[Examples|Components|Sources|Interfaces].{component}
• New icons
• Thermal: Relative heat energy to normal body temperature (37degC)
• New examples:
  Guyton-Coleman-Granger cardiovascular model,
  Coleman thermal energy transfers

Physiolibrary v1.1

• Heat connector compatibility between Physiolibrary.Thermal package and Modelica.Thermal.HeatTransfer package (MSL 3.2)
• Some English language corrections
• Hydrostatic pressure patch
• New examples

Physiolibrary v1.0

v1.0.1

version v1.0.1 (patches)