Member biogears::AnesthesiaMachine::CalculateGasSource ()

put these messages into a verbose for debugging

loop over all ambient substances and set each volume fraction

Member biogears::BioGears::SetupCardiovascular ()

Make these a function of the systolic and diastolic pressure by fitting a curve to the data from the variations test

Member biogears::BioGears::SetupRenal ()

The bladder is currently not being modeled as a compliance

Use a compliance here - make sure you remove the current handling of bladder volume in the renal system as a pressure source

Member biogears::BioGears::SetupTissue ()

Put Initial Circuit/Compartment data values into the configuration file.

Member biogears::BioGearsEngineTest::AcidBaseBloodGasTests (const std::string &sOutputDirectory)

Do these tests with Strong Ion Differences once we ensure the Sodium, Potassium, and Chloride concentrations are correct and being handled properly

Member biogears::BioGearsEngineTest::FacilitatedDiffusionTest (const std::string &rptDirectory)

Relate capillary coverage to tissue mass.

Member biogears::BloodChemistry::CalculateHemolyticTransfusionReaction (bool rhMismatch=false)

Move cellular birth/death/healing to its own unique function for more accurate/responsive re-stabilizing after an event (useful outside of HTR)

Member biogears::Cardiovascular::AdjustVascularTone ()

Add dilation (decreased resistance) to myocardium supply path if myocardium oxygen deficit event is active.

Member biogears::Cardiovascular::BeginCardiacCycle ()

need to reset the heart elastance min and max at the end of each stabilization period in AtSteadyState()

Member biogears::Cardiovascular::CalculateVitalSigns ()

Make sure irreversible state is hit before we get here.

Member biogears::Cardiovascular::ChronicRenalStenosis ()

move this to CV

Member biogears::Cardiovascular::Hemorrhage ()

Enforce limits and remove fatal errors.

Member biogears::Cardiovascular::MetabolicToneResponse ()

Possibly add a thermoreception model to nervous and move the computation there.

Member biogears::Cardiovascular::SetUp () override

We are assuming that the complex renal system is connected. Make it agnostic.

Member biogears::DiffusionCalculator::CalculateNonLinearDiffusionMethods ()

Define relationship between tissue mass and membrane area.

Member biogears::Drugs::AdministerSubstanceBolus ()

Add fluid amount to fluid system

Member biogears::Drugs::AdministerSubstanceInfusion ()

sub needs to be const

Member biogears::Drugs::CalculateDrugEffects ()

The drug effect is being applied to the baseline, so if the baseline changes the delta heart rate changes.

Member biogears::Energy::CalculateSweatRate ()

Convert to sweat density once specific gravity calculation is in

Member biogears::Energy::CalculateVitalSigns ()

Move to blood chemistry

Member biogears::Nervous::BaroreceptorFeedback ()

Add decompensation. Perhaps a reduction in the effect that is a function of blood volume below a threshold... and maybe time.

Member biogears::Renal::CalculateOsmoreceptorFeedback ()

get the aorta osmolarity instead of sodium concentration

Member biogears::Renal::CalculateReabsorptionFeedback ()

turn on colloid osmotic pressure once substances have been handled properly (and GI)

Member biogears::Renal::CalculateUltrafiltrationFeedback ()

turn on colloid osmotic pressure once substances have been handled properly (and GI)

Member biogears::Renal::UpdateBladderVolume ()

Eventually replace this entire thing with a compliance and model peristaltic flow

Member biogears::Respiratory::CalculatePulmonaryFunctionTest (SEPulmonaryFunctionTest &pft)

Insert more PFT calculations here

Member biogears::Respiratory::CalculateVitalSigns ()

Move to blood chemistry

Member biogears::Respiratory::Intubation ()

Make this a modifier (i.e. multiplier), instead of setting it directly

Member biogears::Respiratory::SetUp () override

figure out how to modify these resistances without getting the cv circuit - maybe add a parameter, like baroreceptors does

Member biogears::Tissue::CalculateMetabolicConsumptionAndProduction (double time)

Creatinine production rate should be a function of muscle mass.

Member biogears::Tissue::ManageSubstancesAndSaturation ()

Remove SetBodyState hardcode and replace with computed values after substance redux is complete