Modules
Here is a list of all modules:
[detail level 1234567]
| ►Common CDM Method Definitions | Doxygen comments for common Common Data Model methods that most CDM classes have |
| Clear |
|
| Reset |
|
| Copy |
|
| Copy From |
|
| Merge From |
|
| Get Scalar |
|
| ►Serialize | Serialization of data to and from bind classes |
| Load |
|
| Unload |
|
| Unload To |
|
| Has Property or Child object |
|
| Get Property or Child object |
|
| Get Property Value |
|
| ►CDM | |
| ►enumBioGearsAirwayMode | |
| Free | |
| AnesthesiaMachine | |
| Inhaler | |
| MechanicalVentilator | |
| ►BioGearsStateData | BioGears engine save state |
| AirwayMode | |
| Intubation | |
| BioGearsState | |
| PropertyData | The basic data containing class |
| ►ObjectData | The basic data encapsulating class |
| contentVersion | |
| ►enumDecimalFormat | |
| FixedMantissa | |
| SignificantDigits | |
| ►DecimalFormatData | |
| DecimalFormat | |
| Precision | |
| ►IntegerArray | Double array specification |
| ►IntegerList | |
| null | |
| ►DoubleArray | Double array specification |
| ►DoubleList | |
| null | |
| ►enumSide | Enumeration for specifying patient side |
| Left | |
| Right | |
| ►enumOpenClosed | Enumeration for specifying an open or closed state |
| Closed | |
| Open | |
| ►enumOnOff | Enumeration for specifying an on or off state |
| Off | |
| On | |
| ►enumErrorType | |
| Standard | |
| ►ErrorData | |
| value | |
| type | |
| ►ErrorList | |
| Value | |
| type | |
| ►RunningAverageData | |
| sum | |
| numSamples | |
| ►ScalarData | A unitless scalar |
| value | |
| unit | |
| readOnly | |
| ►ScalarFractionData | A unitless scalar greater or equal to -1 and less that or equal to 1 |
| value | |
| Bound0To1Double | Double between 0 and 1 |
| ►Scalar0To1Data | A unitless scalar greater or equal to 0 and less that or equal to 1 |
| value | |
| BoundNeg1To1Double | Double between 0 and 1 |
| ►ScalarNeg1To1Data | A unitless scalar greater or equal to 0 and less that or equal to 1 |
| value | |
| ►ScalarAmountData | A scalar for holding amount quanties (ex. ct, mol) |
| unit | |
| ►ScalarAmountPerMassData | A scalar for holding amount per mass quanties (ex. mol/g) |
| unit | |
| ►ScalarAmountPerTimeData | A scalar for holding amount per time quanties (ex. mol/min) |
| unit | |
| ►ScalarAmountPerVolumeData | A scalar for holding amount per volume quanties (ex. mol/L) |
| unit | |
| ►ScalarAreaData | A scalar for holding area quanties (ex. m^2) |
| unit | |
| ►ScalarAreaPerTimePressureData | A scalar for holding area per time quanties (ex. m^2/s) |
| unit | |
| ►ScalarElectricCapacitanceData | A scalar for holding electric capacitance quanties (ex. F) |
| unit | |
| ►ScalarElectricChargeData | A scalar for holding electric charge quanties (ex. C) |
| unit | |
| ►ScalarElectricCurrentData | A scalar for holding electric current quanties (ex. A) |
| unit | |
| ►ScalarElectricPotentialData | A scalar for holding electric potential quanties (ex. V) |
| unit | |
| ►ScalarElectricInductanceData | A scalar for holding electric inductance quanties (ex. H) |
| unit | |
| ►ScalarElectricResistanceData | A scalar for holding electric resistance quanties (ex. ohm) |
| unit | |
| ►ScalarEnergyData | A scalar for holding energy quanties (ex. J) |
| unit | |
| ►ScalarEnergyPerAmountData | A scalar for holding energy per amount quanties (ex. J/mol) |
| unit | |
| ►ScalarEnergyPerMassData | A scalar for holding energy per mass quanties (ex. J/kg) |
| unit | |
| ►ScalarFlowResistanceData | A scalar for holding flow resistance quanties (ex. Pa s/m^3) |
| unit | |
| ►ScalarFlowComplianceData | A scalar for holding flow compliance quanties (ex. L/cmH2O) |
| unit | |
| ►ScalarFlowElastanceData | A scalar for holding flow elastance quanties (ex. cmH2O/L) |
| unit | |
| ►ScalarFlowInertanceData | A scalar for holding flow inertance quanties (ex. mmHg s^2/mL) |
| unit | |
| ►ScalarForceData | A scalar for holding force quanties (ex. kg m/s^2) |
| unit | |
| ►ScalarFrequencyData | A scalar for holding frequency quanties (ex. 1/s) |
| unit | |
| ►ScalarHeatCapacitanceData | A scalar for holding heat capacitance quanties (ex. J/K) |
| unit | |
| ►ScalarHeatCapacitancePerAmountData | A scalar for holding heat capacitance per amount quanties (ex. J/K mol) |
| unit | |
| ►ScalarHeatCapacitancePerMassData | A scalar for holding heat capacitance per mass quanties (ex. J/K kg) |
| unit | |
| ►ScalarHeatConductanceData | A scalar for holding heat conductance quanties (ex. W/K) |
| unit | |
| ►ScalarHeatConductancePerAreaData | A scalar for holding heat conductance per area quanties (ex. W/m^2 K) |
| unit | |
| ►ScalarHeatInductanceData | A scalar for holding heat inductance quanties (ex. K s/W) |
| unit | |
| ►ScalarHeatResistanceData | A scalar for holding heat resistance quanties (ex. K/W) |
| unit | |
| ►ScalarHeatResistanceAreaData | A scalar for holding heat resistance area quanties (ex. rsi) |
| unit | |
| ►ScalarInversePressureData | A scalar for holding inverse pressure quanties (ex. 1/Pa) |
| unit | |
| ►ScalarInverseVolumeData | |
| unit | |
| ►ScalarLengthData | A scalar for holding length quanties (ex. ft) |
| unit | |
| ►ScalarLengthPerTimeData | A scalar for holding length per time quanties (ex. ft/s^2) |
| unit | |
| ►ScalarLengthPerTimePressureData | A scalar for holding length per time per pressure quanties (ex. m/s mmHg) |
| unit | |
| ►ScalarMassData | A scalar for holding mass quanties (ex. g) |
| unit | |
| ►ScalarMassPerAmountData | A scalar for holding mass per amount quanties (ex. g/mol) |
| unit | |
| ►ScalarMassPerAreaTimeData | A scalar for holding mass per time quanties (ex. ug/s) |
| unit | |
| ►ScalarMassPerMassData | A scalar for holding mass per mass quanties (ex. ug/kg) |
| unit | |
| ►ScalarMassPerTimeData | A scalar for holding mass per time quanties (ex. ug/s) |
| unit | |
| ►ScalarMassPerVolumeData | A scalar for holding mass per volume quanties (ex. ug/mL) |
| unit | |
| ►ScalarTimeMassPerVolumeData | A scalar for holding time-mass per volume quanties for drug area under curve measuremments (ex. g-min/mL) |
| unit | |
| ►ScalarOsmolalityData | A scalar for holding osmolality quanties (ex. Osm/kg) |
| unit | |
| ►ScalarOsmolarityData | A scalar for holding osmolarity quanties (ex. Osm/L) |
| unit | |
| ►ScalarPowerData | A scalar for holding power quanties (ex. W) |
| unit | |
| ►ScalarPowerPerAreaTemperatureToTheFourthData | A scalar for holding Radiative Heat Transfer Powers such as Stefan Boltzman quanties (ex. W / m^2 K^4) |
| unit | |
| ►ScalarPressureData | A scalar for holding pressure quanties (ex. mmHg) |
| unit | |
| ►ScalarPressurePerVolumeData | A scalar for holding pressure per volume quanties (ex. mmHg/mL) |
| unit | |
| ►ScalarPressureTimePerVolumeAreaData | A scalar for holding pressure time area per volume quanties (ex. dyn s /cm^5 m^2) |
| unit | |
| ►ScalarPressureTimePerAreaData | A scalar for holding pressure time per area quanties (ex. mmHg s/m2) |
| unit | |
| ►ScalarTimeData | A scalar for holding time quanties (ex. s) |
| unit | |
| ►ScalarTemperatureData | A scalar for holding temperature quanties (ex. degC) |
| unit | |
| ►ScalarVolumeData | A scalar for holding volume quanties (ex. mL) |
| unit | |
| ►ScalarVolumePerTimeData | A scalar for holding volume per time quanties (ex. mL/s) |
| unit | |
| ►ScalarVolumePerPressureData | A scalar for holding volume per pressure quanties (ex. mL/cmH2O) |
| unit | |
| ►ScalarVolumePerTimeAreaData | A scalar for holding volume per time per area quanties (ex. mL/s cm2 g) |
| unit | |
| ►ScalarVolumePerTimeMassData | A scalar for holding volume per time per mass quanties (ex. mL/s g) |
| unit | |
| ►ScalarVolumePerTimePressureData | A scalar for holding volume per time per pressure quanties (ex. "mL/s mmHg) |
| unit | |
| ►ScalarVolumePerTimePressureAreaData | A scalar for holding volume per time per pressure per are quanties (ex. "mL/s mmHg cm2) |
| unit | |
| ►ArrayData | |
| Value | |
| unit | |
| ►ArrayTimeData | |
| Value | |
| unit | |
| ►FunctionData | Two arrays paired where the lists are of the same size |
| Dependent | |
| Independent | |
| DependentUnit | |
| IndependentUnit | |
| ►FunctionVolumeVsTimeData | Volumes as a function of time |
| Dependent | |
| Independent | |
| DependentUnit | |
| IndependentUnit | |
| ►FunctionElectricPotentialVsTimeData | Electric potential as a function of time |
| Dependent | |
| Independent | |
| DependentUnit | |
| IndependentUnit | |
| HistogramData | Two arrays paired where the independent list is 1 + the length of the dependent list, for bins |
| ►HistogramFractionVsLengthData | Two arrays paired where the independent list is 1 + the length of the dependent list, for bins |
| Dependent | |
| Independent | |
| IndependentUnit | |
| ►PhysiologyEngineStateData | |
| SimulationTime | Simulation time at which this state was saved |
| Patient | Full patient state |
| Condition | All conditions used |
| ActiveAction | All active actions, if an action was previously processed, the engine could have removed it from the action managers and it will not be here, the system should maintain that state |
| ActiveSubstance | All substances modified by the engine |
| ActiveSubstanceCompound | All substance compounds modified by the engine |
| System | Systems such as Physiology, Equipment, and the Environment |
| CompartmentManager | Compartments used by the engine |
| Configuration | |
| CircuitManager | Circuits used by the engine |
| DataRequests | |
| ►ConditionData | |
| Comment | |
| ►ConditionListData | |
| Condition | |
| ConditionList | |
| ►ActionData | |
| Comment | |
| Occurs | When this event occurs in the scenario (currently not supported) |
| Duration | Length of time before event ends (currently not supported) |
| ►ActionListData | |
| Action | |
| ActionList | |
| ►DataRequestData | |
| Name | |
| Unit | |
| PatientDataRequestData | |
| PhysiologyDataRequestData | |
| EnvironmentDataRequestData | |
| ►EquipmentDataRequestData | |
| Type | |
| ►CompartmentDataRequestData | |
| Compartment | |
| ►CompartmentSubstanceDataRequestData | |
| Substance | |
| GasCompartmentDataRequestData | |
| LiquidCompartmentDataRequestData | |
| ThermalCompartmentDataRequestData | |
| TissueCompartmentDataRequestData | |
| ►SubstanceDataRequestData | |
| Substance | |
| Compartment | |
| ►DataRequestsData | |
| DefaultDecimalFormatting | If no precision is set, you can set what is used, initial default is Fixed,6 |
| OverrideDecimalFormatting | You can override all precision for all outputs to use what is specified here |
| DataRequest | |
| Filename | |
| SamplesPerSecond | |
| DataRequests | |
| ►ScenarioData | A set of instructions used to execute an engine, and write out a data file |
| Name | |
| Description | |
| EngineStateFile | |
| InitialParameters | |
| AutoSerialization | |
| DataRequests | |
| Action | |
| Scenario | |
| ►ScenarioInitialParametersData | |
| Patient | |
| PatientFile | |
| TrackStabilization | |
| Condition | |
| Configuration | |
| ►ScenarioAutoSerializationData | Set a timer to serialize state during the execution |
| Directory | The location of the state file being written to |
| FileName | The file name of the state file being written to |
| AfterActions | Save state after an action is added to the action manager, then again after it is processed. (These states are always time stamped.) |
| Period | The frequency at which to write a file, 1s would write a file every second. 0 will not save out at all (if you wanted after actions only.) |
| PeriodTimeStamps | Put a time stamp at the end of the period state filename, Off will overwrite the same individual file, On will create new files every period, named with the simulation time |
| ReloadState | Load the data back into the engine, this is primarily used for testing |
| ►AdvanceTimeData | Execute the engine for the specified amount of time |
| Time | |
| ►enumSerializationType | |
| Load | |
| Save | |
| ►SerializeStateData | Save state of the engine to a file |
| Filename | |
| Type | |
| ►enumSex | Enumeration for patient sex |
| Male | |
| Female | |
| ►enumBloodType | Enumeration for Blood ABO antigens |
| A | |
| B | |
| AB | |
| O | |
| ►enumPatientEvent | Enumeration for states the patient can enter and exit out of |
| AcuteLungInjury | Moderate impairment of the alveoli, reducing gas exchange within the lungs. (CarricoIndex [200, 300] mmHg) |
| AcuteRespiratoryDistress | Severe impairment of the alveoli, reducing gas exchange within the lungs. (Carrico Index [100, 200] mmHg) |
| Antidiuresis | Low urine flow |
| Asystole | Represents no cardiac electrical activity |
| Bradycardia | The heart rate is slowed to below 60 beats per minute |
| Bradypnea | The state at which the respiratory rate has fallen 10 breaths per minute |
| BrainOxygenDeficit | A lack of oxygen in the brain. Death will occur ~30min |
| CardiacArrest | Sudden, unexpected loss of heart function, breathing, and consciousness |
| CardiogenicShock | Inadequate blood circulation due to failure of the heart ventricles (Cardiac Index < 2.2 L/min m2) |
| CriticalBrainOxygenDeficit | A critical lack of oxygen in the brain. Death in under 10min |
| Dehydration | A loss of more fluid than is taken in (More than 3% loss of resting fluid mass) |
| Diuresis | High urine flow |
| Fasciculation | Brief spontaneous contractions of muscle fibers |
| Fatigue | The body is using energy above the Basal Metabolic Rate |
| FunctionalIncontinence | Uncontrolled bladder release due to a full bladder |
| HemolyticTransfusionReaction | Incompatible transfusion reaction |
| Hypercapnia | State at which the arterial carbon dioxide partial pressure has exceeded 60 mmHg |
| Hyperglycemia | An excess of glucose in the bloodstream (> 200 mg/dL) |
| MildHyperkalemia | An excess of potassium in the bloodstream (>5.5 mM) |
| SevereHyperkalemia | An excess of potassium in the bloodstream (>6.2 mM) |
| MildHypernatremia | An excess of sodium in the bloodstream (>148 mM) |
| SevereHypernatremia | An excess of sodium in the bloodstream (>160 mM) |
| Hyperthermia | The condition of having a body temperature greatly above normal (> 38° C) |
| Hypoglycemia | Low glucose in the bloodstream (< 70 mg/dL) |
| HypoglycemicShock | Very low glucose in the bloodstream (< 50 mg/dL) |
| HypoglycemicComa | Dangerously low glucose in the bloodstream (< 20 mg/dL) |
| Hypothermia | The condition of having a body temperature greatly below normal (< 35° C) |
| MildHypokalemia | An deficit of potassium in the bloodstream (<3.2 mM) |
| SevereHypokalemia | An deficit of potassium in the bloodstream (<2.5 mM) |
| MildHyponatremia | An deficit of sodium in the bloodstream (<136 mM) |
| SevereHyponatremia | An deficit of sodium in the bloodstream (<120 mM) |
| Hypoxia | State at which the arterial oxygen partial pressure has fallen below 65 mmHg |
| HypovolemicShock | The blood volume has dropped below 65% of its normal value |
| IntracranialHypertension | Intracranial pressure is greater than 25 mmHg |
| IntracranialHypotension | Intracranial pressure is lower than 7 mmHg |
| IrreversibleState | An unrecoverable patient state. The engine will cease calculating when this event occurs |
| Ketoacidosis | A form of metabolic acidosis where the anion gap is driven by the rise in ketones |
| LacticAcidosis | A form of metabolic acidosis where the blood lactate concentration rises |
| LiverGlycogenDepleted | The glycogen stored in the liver has been used up |
| MaximumPulmonaryVentilationRate | The maximum pulmonary ventilation rate has been reached |
| MetabolicAcidosis | A condition where the body is producing excess acids. (pH < 7.35) |
| MetabolicAlkalosis | A condition where the body is producing excess bases. (pH > 7.45) |
| MuscleCatabolism | The temporary protein stores have been used, and the patient is now consuming their muscle tissue for protein |
| MuscleGlycogenDepleted | The glycogen stored in the muscle tissue has been used up |
| MyocardiumOxygenDeficit | The myocardium oxygen level has decreased below 5 mmHg |
| Natriuresis | Sodium excretion above normal levels |
| NutritionDepleted | The stomach is empty |
| PulselessRhythm | The state at which the heart has stopped beating |
| RenalHypoperfusion | Low blood flow to the kidneys |
| RespiratoryAcidosis | An increase of CO2 concentration in the bloodstream and a decrease in blood pH |
| RespiratoryAlkalosis | An decrease of CO2 concentration in the bloodstream and a increase in blood pH |
| SevereAcuteRespiratoryDistress | Severe impairment of the alveoli, reducing gas exchange within the lungs. (Carrico Index < 100 mmHg) |
| StartOfCardiacCycle | The Patient is starting a new heart beat |
| StartOfExhale | Patient is starting to exhale |
| StartOfInhale | Patient is starting to inhale |
| SevereSepsis | Sepsis accompanied by systolic pressure < 90 and urine output < 0.5 mL/kg/hr |
| Tachycardia | The heart rate is elevated above 100 beats per minute |
| Tachypnea | A breathing rate above 20 breaths per minute |
| TotalPatientEvents | All enums need to have a end delimiter to allow simple initialization of maps across all values and to simplify maintenance of code |
| ►ActivePatientEventData | |
| Duration | |
| Event | |
| ►PatientData | Data used to configure the patient |
| Annotation | Patient Annotation on the purpose of the patient data. Intended for use mostly in patient files |
| Name | Patient Identifier |
| Sex | |
| Age | Patient age |
| Weight | Patient weight |
| Height | Patient height |
| BodyDensity | The mass of the body divided by the volume of the body |
| BodyFatFraction | Total mass of fat divided by total body mass; body fat includes essential body fat and storage body fat |
| LeanBodyMass | Component of body composition after subtracting body fat weight |
| MaxWorkRate | The maximal work rate |
| MuscleMass | The mass of muscle only |
| BloodTypeABO | ABO antigen blood type |
| BloodTypeRh | Whether blood type is positive or negative for Rh factor. Initializes to 0 OR 1 |
| AlveoliSurfaceArea | The surface area of the alveoli for gas diffusion |
| Hyperhidrosis | The patients’ susceptibility to sweating with negative indicating lack of sweat and positive showing excess |
| RightLungRatio | The ratio of total lung surface area that is associated with the right lung |
| SkinSurfaceArea | |
| SleepAmount | How much sleep has the pateint gotten over the past night |
| PainSusceptibility | The patients’ qualitative pain susceptibility |
| BasalMetabolicRate | The life-sustaining metabolic rate |
| BloodVolumeBaseline | The total volume of fluid within the cardiovascular system |
| DiastolicArterialPressureBaseline | The starting minimum pressure in the aorta over the course of a cardiac cycle |
| HeartRateBaseline | The resting heart rate |
| MeanArterialPressureBaseline | The resting mean arterial pressure |
| RespirationRateBaseline | The resting respiration rate |
| SystolicArterialPressureBaseline | The starting maximum pressure in the aorta over the course of a cardiac cycle |
| TidalVolumeBaseline | The starting volume of air moved into or out of the lungs during normal respiration. |
| HeartRateMaximum | The maximum heart rate the patient can withstand |
| HeartRateMinimum | The minimum heart rate the patient can withstand |
| ExpiratoryReserveVolume | The maximum amount of air that can be exhaled from the end-expiratory position |
| FunctionalResidualCapacity | The volume of air remaining in the lungs after a passive expiration |
| InspiratoryCapacity | The sum of IRV and TV |
| InspiratoryReserveVolume | The maximal volume that can be inhaled from the end-inspiratory level |
| ResidualVolume | The volume of air remaining in the lungs after a maximal exhalation |
| RespiratoryDriverAmplitudeBaseline | The peak amplitude of the respiratory driver |
| TotalLungCapacity | The volume of air in the lungs at maximal inflation |
| TotalVentilationBaseline | The patient's normal target ventilation in the absence of disruptions to arterial oxygen and carbon dioxide partial pressures |
| VitalCapacity | The maximum amount of air a person can expel from their lungs after a maximum inhalation |
| ActiveEvent | Active Patient Events and their duration |
| ►NormalDistributionRangeData | |
| mean | |
| diviation | |
| unit | |
| group | |
| ►DiscreteDistributionRangeData | |
| weight | |
| group | |
| ►BernoulliDistributionData | |
| weight | |
| group | |
| ►PopulationData | |
| Heterogametic-SexDistribution | |
| AgeDistribution | |
| WeightDistribution | |
| HeightDistribution | |
| BodyFatFractionDistribution | |
| MaxWorkRateDistribution | |
| BloodTypeABODistribution | |
| BloodTypeRhDistribution | |
| AlveoliSurfaceAreaDistribution | |
| HyperhidrosisDistribution | |
| RightLungRatioDistribution | |
| SkinSurfaceAreaDistribution | |
| SleepAmountDistribution | |
| PainSusceptibilityDistribution | |
| BasalMetabolicRateDistribution | |
| BloodVolumeBaselineDistribution | |
| DiastolicArterialPressureBaselineDistribution | |
| HeartRateBaselineDistribution | |
| RespirationRateBaselineDistribution | |
| SystolicArterialPressureBaselineDistribution | |
| HeartRateMaximumDistribution | |
| HeartRateMinimumDistribution | |
| FunctionalResidualCapacityDistribution | |
| ResidualVolumeDistribution | |
| TotalLungCapacityDistribution | |
| Patient | |
| PopulationProfile | |
| PatientActionData | Base Patient Action type |
| ►enumPatientAssessment | |
| PulmonaryFunctionTest | |
| CompleteBloodCount | |
| ComprehensiveMetabolicPanel | |
| SequentialOrganFailureAssessment | |
| Urinalysis | |
| ►PatientAssessmentRequestData | |
| Type | Assesment to run |
| ►AcuteRespiratoryDistressData | Impairment of oxygen transport as a result of pulmonary edema |
| Severity | |
| ►AcuteStressData | Fight or flight. The body prepares to defend itself |
| Severity | |
| ►AirwayObstructionData | A blockage of the Airway leading to no respiration/air flow in or out of the body |
| Severity | |
| ►ApneaData | Reduction of achieved tidal volume by inhibiting the respiratory breathing mechanism (i.e., muscles of respiration). Maximum severity will stop breathing completely |
| Severity | |
| ►AsthmaAttackData | A common inflammatory disease of the airways where air flow into the lungs is partially obstructed |
| Severity | |
| ►enumBrainInjuryType | Types of Brain Injury that provided different nervous responses |
| Diffuse | |
| LeftFocal | |
| RightFocal | |
| ►BrainInjuryData | A non-localized traumatic brain injury |
| Severity | |
| Type | |
| ►BronchoconstrictionData | Constriction of the airways in the lungs due to tightening of surrounding smooth muscle |
| Severity | |
| ►BurnWoundData | A burn wound, severity of which is determined by proportion of body surface area affected |
| TotalBodySurfaceArea | |
| ►CardiacArrestData | Applies a non-specific cardiac arrest |
| State | |
| ChestCompressionData | Base CPR action type |
| ►ChestCompressionForceData | Technique used when performing cardiopulmonary resuscitation. Application of external force to the chest cavity in order to pump blood through the heart |
| Force | The actual force value applied to the chest |
| ►ChestCompressionForceScaleData | Technique used when performing cardiopulmonary resuscitation. Application of external force to the chest cavity in order to pump blood through the heart |
| ForceScale | A fractional representation of the maximum force that can be applied to the chest: 0.0 is no force applied, 1.0 is maximum force applied |
| ForcePeriod | The specified length of time the force is applied |
| ►ChestOcclusiveDressingData | Applies an occlusive dressing to either the left or right side of the chest. An occlusive dressing is an air and water-tight trauma dressing that provides immediate control of pressure and bleeding that occurs with an open pneumothorax |
| State | |
| Side | |
| ►ConsciousRespirationCommandData | Base class of all concious breathing controls |
| Comment | |
| ►ForcedInhaleData | Force air into the lungs |
| InspiratoryCapacityFraction | The fraction of the Inspiratory capacity that will be filled by the breath |
| Period | Duration of the inhale |
| ►ForcedExhaleData | Force air out of the lungs |
| ExpiratoryReserveVolumeFraction | The fraction of the Expiratory Reserve Volume that is forced out of the body |
| Period | Duration of the exhale |
| ►BreathHoldData | Hold the patients breath. There will be no inflow or out flow of air during the specified period |
| Period | Duration of the breath hold |
| UseInhalerData | Administer a substance through an Inhaler. This command will represent a single press of an Inhaler |
| ►ConsciousRespirationData | An ordered list of concious breath commands for the patient to preform |
| Command | |
| AppendToPrevious | Appends commands provided to the engine without removing currect commands |
| ►ConsumeNutrientsData | Consume nutrients into the body |
| NutritionFile | A file to use for a nutrients |
| Nutrition | Specific nutrient data to use |
| ►GenericExerciseData | |
| Intensity | Fractional representation of the maximum patient exertion |
| DesiredWorkRate | Desired achieved work rate up to the maximum patient exertion |
| ►RunningExerciseData | |
| Speed | Speed |
| Incline | Fractional repreentation of incline percentage |
| AddedWeight | Weighted pack capability |
| ►CyclingExerciseData | |
| Cadence | Rotations of pedals per time |
| Power | Power produced |
| AddedWeight | Weighted pack capability |
| ►StrengthExerciseData | |
| Weight | Speed |
| Repetitions | Fractional repreentation of incline percentage |
| ►ExerciseData | Increase the patient's metabolic rate leading to an increase in core temperature, cardiac output, respiration rate and tidal volume |
| GenericExercise | Fractional representation of the maximum patient exertion |
| RunningExercise | Running with desired speed and incline |
| CyclingExercise | Cycling with desired cadence and power |
| StrengthExercise | Strength exercises with desired weight and reps |
| ►HemorrhageData | A hemorrhage is the loss of blood escaping from the circulatory system. Typically, a healthy person can endure a loss of 10 to 15 percent of the total blood volume without serious medical difficulties |
| InitialRate | The initial bleeding rate of the hemorrhage used to set circuit resistance change |
| Compartment | The compartment in which the hemorrhage occurs, maps to specific circuit path |
| ►enumInfectionSeverity | |
| Eliminated | |
| Mild | |
| Moderate | |
| Severe | |
| ►InfectionData | |
| MinimumInhibitoryConcentration | |
| Location | |
| Severity | |
| ►enumIntubationType | |
| Off | |
| Esophageal | |
| LeftMainstem | |
| RightMainstem | |
| Tracheal | |
| ►IntubationData | Insertion of tube |
| Type | |
| ►MechanicalVentilationData | Mechanically breathing for the patient, such as with a squeeze bag or other equipment |
| Pressure | Pressure produced |
| Flow | Flow produced |
| GasFraction | Break down of the gasses in the equipment, fractions must add up to 1 |
| State | Is the adminstering is on or not |
| ►NeedleDecompressionData | A 14-16G intravenous caninula is inserted into the second rib-space in the mid-clavcular line. The needle is advanced until air can be aspirated into a connecting syringe. The needle is withdrawn and the caninula is left to allow air flow out of the pleural space. This effectively converts the closed pneumothorax into an open pneumothorax |
| State | |
| Side | |
| ►NasalStateData | The state variables of a drug administered nasally |
| TotalNasalDose | |
| UnreleasedDrugMasses | |
| ReleasedDrugMasses | |
| Substance | |
| ►PainStimulusData | Pain response |
| Severity | The severity of a pain stimulus on a scale of 0 to 1 |
| HalfLife | The frequency of decay of pain score |
| Location | The compartment in which the hemorrhage occurs, maps to specific circuit path |
| ►PericardialEffusionData | Pericardial effusion ("fluid around the heart") is an abnormal accumulation of fluid in the pericardial cavity. Because of the limited amount of space in the pericardial cavity, fluid accumulation leads to an increased intrapericardial pressure which can negatively affect heart function. A pericardial effusion with enough pressure to adversely affect heart function is called cardiac tamponade. Pericardial effusion usually results from a disturbed equilibrium between the production andre-absorption of pericardial fluid, or from a structural abnormality that allows fluid to enter the pericardial cavity. Normal levels of pericardial fluid are from 15 to 50 mL |
| EffusionRate | The flow rate of fluid associated with the effusion. Set to zero to stop |
| ►enumPneumothoraxType | |
| Open | |
| Closed | |
| ►TensionPneumothoraxData | A pneumothorax is an abnormal collection of air or gas in the pleural space that separates the lung from the chest wall. Like pleural effusion (liquid buildup in that space), pneumothorax may interfere with normal breathing |
| Severity | |
| Type | |
| Side | |
| ►SleepData | Put the patient into a sleep state. Can also be used to awaken the patient from a sleep state |
| Sleep | |
| ►enumBolusAdministration | Various methods of substance administration. Currently unsupported methods are commented out |
| Intraarterial | Injection into an artery |
| Intramuscular | Injection into the muscle |
| Intravenous | Injection into a vein |
| ►enumOralAdministration | Methods of oral drug administration. Currently supported routes are transmucosal and gastrointestinal |
| Transmucosal | |
| Gastrointestinal | |
| SubstanceAdministrationData | The administration of a substance or other compound that is given to raise its concentration in blood to an effective level |
| ►SubstanceBolusData | An administration of a substance that is given all at one time to raise its concentration in blood to an effective level |
| Substance | |
| Concentration | |
| Dose | |
| AdminTime | |
| AdminRoute | |
| ►SubstanceBolusStateData | The state of a bolus administration of a substance. Usually the injection takes about 2 seconds, this defines the injection state for engine state |
| ElapsedTime | |
| AdministeredDose | |
| Substance | |
| ►SubstanceCompoundInfusionData | Continuous injection of a compound |
| SubstanceCompound | |
| BagVolume | |
| Rate | |
| ►SubstanceInfusionData | Continuous injection of a specific substance |
| Substance | |
| Concentration | |
| Rate | |
| ►SubstanceNasalDoseData | The nasal administration of a substance or other compound that is given to raise its concentration in blood to an effective level |
| Substance | |
| Dose | |
| ElapsedTime | |
| ►SubstanceOralDoseData | Drug administered orally, either as a lozenge that dissolves in mouth (transmucosal) or as a pill that dissolves is stomach (gastrointestinal) |
| Substance | |
| Dose | |
| AdminRoute | |
| ►enumTourniquetApplicationLevel | |
| Applied | |
| Misapplied | |
| None | |
| ►TourniquetData | |
| Compartment | |
| TourniquetLevel | |
| ►TransmucosalStateData | The state variables of a drug administered orally. The transmucosal and gastrointestinal routes converge to a common pathway when dissolved drug reaches the stomach (either as transmucosal drug that is swallowed or a pill that dissolves in stomach). Thus, we distinguish between the transmucosal and GI dissolution states during drug dissolution process, but use common elements thereafter |
| MouthSolidMass | |
| SalivaConcentration | |
| BuccalConcentrations | |
| SublingualConcentrations | |
| Substance | |
| UrinateData | Empty the bladder of its contents |
| ►OverrideData | Override a patient parameter |
| ArterialBloodPHOverride | Measure of acidity or basicity of the arterial blood |
| CalciumConcentrationOverride | |
| CarbonDioxideSaturationOverride | The fraction of hemoglobin that is carbon dioxide bound |
| CarbonMonoxideSaturationOverride | The fraction of hemoglobin that is carbon monoxide bound |
| GlucoseConcentrationOverride | |
| LactateConcentrationOverride | |
| OxygenSaturationOverride | The fraction of hemoglobin that is oxygen bound |
| PhosphateOverride | Sum of all inorganic phosphate in the blood |
| PotassiumConcentrationOverride | |
| SodiumConcentrationOverride | |
| TotalBilirubinOverride | Concentration of bilirubin in plasma in indicative of progression of sepsis |
| VenousBloodPHOverride | Measure of acidity or basicity of the venous blood |
| WhiteBloodCellCountOverride | Total number of white blood cells in the blood |
| BloodVolumeOverride | The total volume of fluid within the cardiovascular system |
| CardiacOutputOverride | The volume of blood being pumped from the heart in a given time interval |
| DiastolicArterialPressureOverride | The minimum pressure in the aorta over the course of a cardiac cycle |
| HeartRateOverride | The frequency of heart beat |
| HeartStrokeVolumeOverride | The volume of blood pumped from the left ventricle in one contraction |
| MeanArterialPressureOverride | Pressure produced |
| SystolicArterialPressureOverride | The maximum pressure in the aorta over the course of a cardiac cycle |
| InsulinSynthesisRateOverride | Insulin production rate |
| GlucagonSynthesisRateOverride | Glucagon production rate |
| AchievedExerciseLevelOverride | The fraction of how much of the requested exercise the patient is able to achieve. 1.0 means the the patient is performing at the requested level. Nan is the patient is not exercising (no Action) |
| ChlorideLostToSweatOverride | Tracks the total amount of chloride lost while sweating during exercise |
| CoreTemperatureOverride | The internal body temperature |
| CreatinineProductionRateOverride | The generation of creatinine in the muscle tissue per |
| ExerciseMeanArterialPressureDeltaOverride | The pressure delta that occurs during exercise. Used to modify the baroreceptor set-point |
| FatigueLevelOverride | The exhaustion level of the body, or inability to perform physical exercise |
| LactateProductionRateOverride | The molar amount of lactate generated on the tissue level from anaerobic metabolism |
| PotassiumLostToSweatOverride | Tracks the total amount of potassium lost while sweating during exercise |
| SkinTemperatureOverride | The skin surface temperature |
| SodiumLostToSweatOverride | Tracks the total amount of sodium lost while sweating during exercise |
| SweatRateOverride | Mass of sweat generated per unit time due to elevated core temperature |
| TotalMetabolicRateOverride | The basal metabolic rate plus additional energy expenditure rates due to activity |
| TotalWorkRateLevelOverride | The current patient work rate above basal over the maximum work rate capable by the patient |
| LeftAfferentArterioleResistanceOverride | Resistance to flow going into the glomerular capillaries in the left Kidney |
| LeftGlomerularFiltrationRateOverride | Flow rate of filtrate into the tubules in left Kidney |
| LeftReabsorptionRateOverride | Rate at which fluid or a substance is transported into the peritubular capillaries in the left Kidney |
| RenalBloodFlowOverride | Blood flow into the kidney that is not filtered into the tubules |
| RenalPlasmaFlowOverride | Plasma flow into the kidney that is not filtered into the tubules |
| RightAfferentArterioleResistanceOverride | Resistance to flow going into the glomerular capillaries in the left Kidney |
| RightGlomerularFiltrationRateOverride | Flow rate of filtrate into the tubules in left Kidney |
| RightReabsorptionRateOverride | Rate at which fluid or a substance is transported into the peritubular capillaries in the left Kidney |
| UrinationRateOverride | Rate that fluid exits the bladder |
| UrineProductionRateOverride | The urine production rate |
| UrineOsmolalityOverride | The osmolar pressure contributions of the sodium, urea and glucose divided by the mass of the fluid |
| UrineVolumeOverride | The volume of the urine in the bladder |
| UrineUreaNitrogenConcentrationOverride | Scaled concentration of Urea in the bladder |
| ExpiratoryFlowOverride | Instantaneous airflow out of the lungs (negative value when inhaling) |
| InspiratoryFlowOverride | TInstantaneous airflow into the lungs (negative value when exhaling) |
| PulmonaryComplianceOverride | The total compliance of the lungs |
| PulmonaryResistanceOverride | The total resistance to airflow through the lungs |
| RespirationRateOverride | The frequency of respiration |
| TargetPulmonaryVentilationOverride | The target ventilation determined by the chemoreceptor method in the Nervous system, used by Respiratory to drive Respiration |
| TidalVolumeOverride | The volume of air moved into or out of the lungs during normal respiration |
| TotalAlveolarVentilationOverride | The air flow to the alveoli |
| TotalLungVolumeOverride | The total volume of air within the lungs at any given time |
| TotalPulmonaryVentilationOverride | The flow rate representing the exchange of air between the lungs and ambient air |
| ExtravascularFluidVolumeOverride | Total fluid volume outside of the blood vessels |
| IntracellularFluidVolumeOverride | Volume of fluid in the cells outside of the blood vessels |
| LiverGlycogenOverride | The glucose stored as glycogen in the liver tissue |
| MuscleGlycogenOverride | The glucose stored as glycogen in the muscle tissue |
| StoredFatOverride | The triacylglycerol stored in the fat tissue |
| StoredProteinOverride | The amino acids stored as protein in the muscle tissue |
| State | Is the override on or off |
| Conformant | Is the resulting phusiology conformant |
| PatientAssessmentData | Base Patient Assessment type |
| ►PulmonaryFunctionTestData | A group of tests that measure how well the lungs take in and release air, and how well they move gases from the atmosphere into the body's circulation |
| ExpiratoryReserveVolume | Difference between the amount of air in the lungs after a normal exhale and the amount after an exhale with force |
| ForcedVitalCapacity | The amount of air which can be forcibly exhaled from the lungs after taking the deepest possible breath |
| ForcedExpiratoryVolume | The amount of air which can be exhaled with force in one breath |
| ForcedExpiratoryFlow | Measures air flow halfway through an exhale |
| FunctionalResidualCapacity | The volume of air in the lungs at the end of a normal exhaled breath |
| InspiratoryCapacity | The difference between the maximum lung capacity and the volume at the end of a normal tidal volume exhalation |
| InspiratoryReserveVolume | The difference between the maximum lung volume and the volume at the end of a normal inhalation |
| MaximumVoluntaryVentilation | The amount of air that can be breathed in and out during 1 minute |
| PeakExpiratoryFlow | Air flow during forced exhale of the deepest possible breath |
| ResidualVolume | The amount of air in the lungs after the patient has exhaled completely |
| SlowVitalCapacity | The amount of air that can be exhaled slowly after the deepest possible inhalation |
| TotalLungCapacity | The volume of air in the lungs after the deepest possible inhalation |
| VitalCapacity | The volume of air that can be exhaled from the lungs after the deepest possible inhalation |
| LungVolumePlot | The lung volume as a function of time from the pulmonary function test |
| PulmonaryFunctionTest | |
| ►SequentialOrganFailureAssessmentData | A measure of end-organ integrity, particulary in shock states such as sepsis. Each category is scored on a scale of 1 (best) to 4 (worst) |
| RespirationSOFA | Determined by Carrico Index (PaO2 / FiO2) |
| CoagulationSOFA | Determined by platelet count |
| LiverSOFA | Determined by bilirubin count |
| CardiovascularSOFA | Determined by hypotension and administered pressors |
| CentralNervousSOFA | Determined by Glagow Coma Score |
| RenalSOFA | Determined by urine output and creatinine concentration |
| SequentialOrganFailureAssessment | |
| ►CompleteBloodCountData | A blood test used to evaluate overall health and detect a wide range of disorders |
| Hematocrit | Volume percentage of red blood cells in the blood |
| Hemoglobin | The concentration of hemoglobin in the blood |
| PlateletCount | Number of platelets per volume of blood |
| MeanCorpuscularHemoglobin | (MCH) Hemoglobin amount per red blood cell |
| MeanCorpuscularHemoglobinConcentration | (MCHC) The amount of hemoglobin relative to the size of the cell (hemoglobin concentration) per red blood cell |
| MeanCorpuscularVolume | (MCV) Average red blood cell size |
| RedBloodCellCount | Number of red blood cells per volume of blood |
| WhiteBloodCellCount | Number of white blood cells per volume of blood |
| CompleteBloodCount | |
| ►PsychomotorVigilanceTaskData | A test used to evaluate a patients mental statue. Use to test fatigue |
| ReactionTime | Ms time taken to quickly react to stimulus |
| AttentionLapses | Number of times attention lapses for a given focused task |
| PsychomotorVigilanceTask | |
| ►ComprehensiveMetabolicPanelData | A comprehensive metabolic panel is a group of 14 blood tests which provide a clinician with an overall picture of the body's chemical balance and metabolism |
| Albumin | Albumin is a protein made by the liver. A serum albumin test measures the amount of this protein in the clear liquid portion of the blood |
| ALP | Alkaline phosphatase (ALP) is a protein found in all body tissues. Tissues with higher amounts of ALP include the liver, bile ducts, and bone |
| ALT | Alanine transaminase (ALT) is an enzyme found in the highest amounts in the liver. Injury to the liver results in release of the substance into the blood |
| AST | AST (aspartate aminotransferase) is an enzyme found in high amounts in liver, heart, and muscle cells. It is also found in lesser amounts in other tissues |
| BUN | BUN stands for blood urea nitrogen. Urea nitrogen is what forms when protein breaks down |
| Calcium | About half of the calcium in the blood is attached to proteins, mainly albumin. For this reason, the calcium blood test can be misleading, and sometimes needs tests to confirm the result |
| Chloride | Chloride is a type of electrolyte. It works with other electrolytes such as potassium, sodium, and carbon dioxide (CO2). These substances help keep the proper balance of body fluids and maintain the body's acid-base balance |
| CO2 | Most of the CO2 is in the form of a substance called bicarbonate (HCO3-). Therefore, the CO2 blood test is really a measure of your blood bicarbonate level |
| Creatinine | Measures the level of creatinine in the blood. This test is done to see how well your kidneys work |
| Glucose | Measures the amount of a sugar called glucose in a sample of your blood |
| Potassium | Measures the amount of potassium in the fluid portion (serum) of the blood. Potassium (K+) helps nerves and muscles communicate. It also helps move nutrients into cells and waste products out of cells |
| Sodium | Measures the amount of sodium in the blood |
| TotalBilirubin | Bilirubin is a yellowish pigment found in bile, a fluid made by the liver. A small amount of older red blood cells are replaced by new blood cells every day. Bilirubin is left after these older blood cells are removed. The liver helps break down bilirubin so that it can be removed from the body in the stool |
| TotalProtein | Measures the total amount of two classes of proteins found in the fluid portion of your blood. These are albumin and globulin |
| ComprehensiveMetabolicPanel | |
| ►enumPresenceIndicator | Indicator used to signal if something is present |
| Positive | |
| Negative | |
| ►enumClarityIndicator | Clarity of a something |
| Clear | |
| SlightlyCloudy | |
| Cloudy | |
| Turbid | |
| ►enumUrineColor | Urine Colors |
| PaleYellow | |
| Yellow | |
| DarkYellow | |
| Pink | |
| ►enumMicroscopicObservationType | Microscope power used in observation |
| LowPowerField | |
| HighPowerField | |
| ►enumMicroscopicObservationAmount | Quantitative types used in observation with a microscope |
| Few | |
| Moderate | |
| Many | |
| ►UrinalysisData | Urinalysis is the physical, chemical, and microscopic examination of urine. It involves a number of tests to detect and measure various compounds that pass through the urine |
| Color | Color of the urine |
| Appearance | Clarity of the urine |
| Glucose | Glucose is normally not present in urine. When glucose is present, the condition is called glucosuria |
| Ketone | Ketones are not normally found in the urine. They are intermediate products of fat metabolism. They can form when a person does not process enough carbohydrates |
| Bilirubin | Bilirubin is not present in the urine of normal, healthy individuals. Bilirubin is a waste product that is produced by the liver from the hemoglobin of RBCs that are removed from circulation |
| SpecificGravity | A measure of urine concentration that can be determined using a chemical test |
| Blood | This test is used to detect hemoglobin in the urine (hemoglobinuria). Hemoglobin is an oxygen-transporting protein found inside red blood cells (RBCs). Its presence in the urine indicates blood in the urine (known as hematuria) |
| pH | As with specific gravity, there are typical but not "abnormal" pH values. The kidneys play an important role in maintaining the acid-base balance of the body |
| Protein | The protein test pad measures the amount of albumin in the urine. Normally, there will not be detectable quantities |
| Urobilinogen | Urobilinogen is normally present in urine in low concentrations. It is formed in the intestine from bilirubin, and a portion of it is absorbed back into the bloodstream |
| Nitrite | This test detects nitrite and is based upon the fact that many bacteria can convert nitrate to nitrite in the urine |
| LeukocyteEsterase | Leukocyte esterase is an enzyme present in most white blood cells (WBCs). Normally, a few white blood cells (see microscopic examination) are present in urine and this test is negative. When the number of WBCs in urine increases significantly, this screening test will become positive |
| Microscopic | |
| ►UrinalysisMicroscopicData | |
| ObservationType | Microscope power used in observation |
| RedBloodCells | Number of red blood cells viewed |
| WhiteBloodCells | Number of white blood cells viewed |
| EpithelialCells | Amount of epithelial cells viewed |
| Casts | Casts are cylindrical particles sometimes found in urine that are formed from coagulated protein secreted by kidney cells. |
| Crystals | Amount of crystals viewed |
| Bacteria | Amount of bacteria viewed |
| Trichomonads | Trichomonads are parasites that may be found in the urine of women or men (rarely) |
| Yeast | Amount of yeasts viewed |
| Urinalysis | |
| PatientConditionData | Base Patient Condition type |
| ►ChronicAnemiaData | Condition characterized by reduced red blood cells, which leads to reduced oxygen carrying capacity. Implemented by reducing the amount of hemoglobin in the blood |
| ReductionFactor | The fraction to reduce the amount of hemoglobin by |
| ChronicHeartFailureData | Any condition causing the heart muscle not to pump sufficient blood |
| ChronicVentricularSystolicDysfunctionData | Impairment of the ventricular contraction, reducing the ability of the heart to pump blood |
| ►ChronicObstructivePulmonaryDiseaseData | Chronic Obstructive Pulmonary Disease (COPD) is an obstructive lung disease characterized by chronically reduced airflow into the lungs. Unlike asthma, the reduction in airflow does not generally improve with medication. When tissue damage occurs primarily in the airways, the condition is called chronic bronchitis. When tissue destruction is focused in the alveoli, the condition is called emphysema. COPD is a manifestation of both conditions, although one condition may dominate |
| BronchitisSeverity | |
| EmphysemaSeverity | |
| ►ChronicPericardialEffusionData | Pericardial effusion ("fluid around the heart") is an abnormal accumulation of fluid in the pericardial cavity. Because of the limited amount of space in the pericardial cavity, fluid accumulation leads to an increased intrapericardial pressure which can negatively affect heart function. A pericardial effusion with enough pressure to adversely affect heart function is called cardiac tamponade. Pericardial effusion usually results from a disturbed equilibrium between the production andre-absorption of pericardial fluid, or from a structural abnormality that allows fluid to enter the pericardial cavity. Normal levels of pericardial fluid are from 15 to 50 mL |
| AccumulatedVolume | The amount of fluid in the pericardial cavity |
| ►ChronicRenalStenosisData | Narrowing of the renal artery |
| LeftKidneySeverity | Fraction of the Left kidney artery stenosed |
| RightKidneySeverity | Fraction of the Right kidney artery stenosed |
| ►DehydrationData | Dehydration is the state of being without water for a given time period |
| DehydrationFraction | Fraction representing the percentage body weight change due to hypo-osmotic fluid depletion |
| ►DiabetesType1Data | Type 1 Diabetes mellitus causes a reduction in insulin produced by the pancreatic beta cells |
| InsulinProductionSeverity | Fraction representing severity of reduction in insulin production |
| ►DiabetesType2Data | Type 2 Diabetes mellitus causes insulin resistance |
| InsulinProductionSeverity | Fraction representing severity of insulin production reduction |
| InsulinResistanceSeverity | Fraction representing severity of insulin resistance |
| ►ImpairedAlveolarExchangeData | Generic way to specify the effectiveness of alveolar exchange |
| ImpairedSurfaceArea | Surface Area of the impaired alveoli |
| ImpairedFraction | Surface Area Fraction of the impaired alveoli |
| ►LobarPneumoniaData | Lobar pneumonia is a form of pneumonia that affects one or more lobes of the lungs. As fluid fills portions of the lung it becomes more difficult to breath and the gas diffusion surface area in the alveoli is reduced |
| Severity | |
| LeftLungAffected | Fraction of the Left Lung Affected |
| RightLungAffected | Fraction of the Left Lung Affected |
| ►StarvationData | Starvation is the state of being without nutrients (anything but water) for a given time period |
| TimeSinceMeal | The time since the last consumption of nutrients |
| ►NutritionData | Nutritional information for eating |
| Name | |
| Carbohydrate | |
| Fat | |
| Protein | |
| Calcium | |
| Sodium | |
| Water | |
| Nutrition | |
| ►enumCompartmentType | |
| Electrical | |
| Gas | |
| Liquid | |
| Thermal | |
| Tissue | |
| ►CompartmentData | |
| Name | |
| Node | |
| Child | |
| ►CompartmentLinkData | |
| Name | |
| Path | |
| SourceCompartment | |
| TargetCompartment | |
| ►CompartmentGraphData | |
| Name | |
| Compartment | |
| Link | |
| ►FluidCompartmentData | |
| InFlow | |
| OutFlow | |
| Pressure | |
| Volume | |
| ►FluidCompartmentLinkData | |
| Flow | |
| FluidCompartmentGraphData | |
| ►GasCompartmentData | |
| SubstanceQuantity | |
| GasCompartmentLinkData | |
| GasCompartmentGraphData | |
| ►LiquidCompartmentData | |
| pH | |
| WaterVolumeFraction | |
| SubstanceQuantity | |
| LiquidCompartmentLinkData | |
| LiquidCompartmentGraphData | |
| ►TissueCompartmentData | |
| AcidicPhospohlipidConcentration | |
| MatrixVolume | |
| MembranePotential | |
| NeutralLipidsVolumeFraction | |
| NeutralPhospholipidsVolumeFraction | |
| ReflectionCoefficient | |
| TissueToPlasmaAlbuminRatio | |
| TissueToPlasmaAlphaAcidGlycoproteinRatio | |
| TissueToPlasmaLipoproteinRatio | |
| TotalMass | |
| ►ThermalCompartmentData | |
| HeatTransferRateIn | |
| HeatTransferRateOut | |
| Temperature | |
| Heat | |
| ►ThermalCompartmentLinkData | |
| HeatTransferRate | |
| ►ElectricalCompartmentData | |
| CurrentIn | |
| CurrentOut | |
| Voltage | |
| Charge | |
| ►ElectricalCompartmentLinkData | |
| Current | |
| ►CompartmentManagerData | |
| ElectricalCompartment | |
| ElectricalLink | |
| LiquidCompartment | |
| LiquidLink | |
| LiquidSubstance | |
| LiquidGraph | |
| GasCompartment | |
| GasLink | |
| GasSubstance | |
| GasGraph | |
| ThermalCompartment | |
| ThermalLink | |
| TissueCompartment | |
| TissueSubstance | |
| CompartmentManager | |
| ►enumSubstanceState | Enumeration for substance states |
| Solid | |
| Liquid | |
| Gas | |
| Molecular | |
| ►enumSubstanceIonicState | Enumeration for substance ionic state |
| WeakBase | |
| Base | |
| Acid | |
| Neutral | |
| Zwitterion | |
| ►enumSubstanceBindingProtein | Enumeration for specifying a substance binding protein |
| Albumin | |
| Lipoprotein | |
| AAG | |
| ►enumCharge | |
| Positive | |
| Negative | |
| Neutral | |
| ►enumSubstanceClass | |
| Anesthetic | |
| Antibiotic | |
| WholeBlood | |
| Ion | |
| Opioid | |
| ReversalAgent | |
| Sedative | |
| ►SubstanceAerosolizationData | Data for if a substance was to be aerosolized |
| BronchioleModifier | Factor to characterize the localized bronchiole effects -1 is full constriction, 1 is full dilation |
| InflammationCoefficient | Factor to characterize the inflammation of respiratory tract tissue caused by this substance |
| ParticulateSizeDistribution | Histogram of Particle Fraction Vs. Size |
| ►SubstancePharmacokineticsData | Data associated with movement of drugs within the body |
| Physicochemicals | |
| TissueKinetics | |
| ►SubstancePhysicochemicalData | |
| AcidDissociationConstant | A quantitative measure of the strength of an acid in solution |
| BindingProtein | |
| BloodPlasmaRatio | The ratio of the substance in the blood versus the plasma |
| FractionUnboundInPlasma | Fraction of the substance in the plasma that is unbound |
| IonicState | |
| LogP | The octanol-water partition coefficient |
| HydrogenBondCount | Combined number of hydrogen bond donor and acceptors sites, used by GI CAT model |
| PolarSurfaceArea | Area (in A^2) encompassed by polar atoms of a molecule, which effects permeability, used by GI CAT model |
| ►SubstanceTissuePharmacokineticsData | |
| Name | The tissue compartment/area/organ name impacted |
| PartitionCoefficient | Represents the ability of a substance to diffuse across a membrane. Calculated using the physiochemical properties of a substance |
| ►SubstancePharmacodynamicsData | Data asscociated with the effects of drugs and the mechanism of their action |
| EffectSiteRateConstant | Describes speed of equilibration between plasma concentration and site of action of a drug |
| EMaxShapeParameter | This used to create a sigmoid shape response. i.e. the steepness parameter in the EMax equation |
| AntibacterialEffect | The enhancement in bacterial death rate caused by an antibiotic |
| Bronchodilation | |
| CentralNervousModifier | |
| DiastolicPressureModifier | |
| FeverModifier | This is used to modify core temperature as a result of drug dosage |
| HeartRateModifier | A modifier representing the effect of the drug on the heart rate |
| HemorrhageModifier | A modifier representing the effect of the drug on the hemorrhage blood flow effect |
| NeuromuscularBlock | |
| PainModifier | This is used to modify core temperature as a result of drug dosage |
| PupilReactivityModifier | |
| PupilSizeModifier | |
| RespirationRateModifier | |
| Sedation | |
| SystolicPressureModifier | |
| TidalVolumeModifier | |
| TubularPermeabilityModifier | |
| ►SubstanceClearanceData | Data associated with reducing substance mass in the body by filtration (Kidney/Liver) or some other metabolic process (Systemic) |
| ►Systemic | |
| ►null | |
| FractionExcretedInFeces | Fraction of the administered dose excreted in the feces |
| FractionExcretedInUrine | Fraction of the administered dose excreted in the urine |
| FractionMetabolizedInGut | Fraction of the administered dose metabolized in the gut |
| FractionUnboundInPlasma | Fraction of the substance in the plasma that is unbound |
| IntrinsicClearance | The intrinsic ability of hepatic enzymes to metabolize the substance |
| RenalClearance | Amount of substances to clear from the kidneys |
| SystemicClearance | Amount of substance cleared by all organs |
| ►RenalDynamics | |
| ►null | Renal Dynamics for clearance and/or regulation of substances |
| Clearance | Amount of substances to clear from the kidneys |
| ►Regulation | |
| ►null | |
| ChargeInBlood | |
| FractionUnboundInPlasma | Fraction of the substance in the plasma that is unbound |
| ReabsorptionRatio | |
| TransportMaximum | |
| FiltrationRate | |
| ReabsorptionRate | |
| ExcretionRate | |
| GlomerularFilterability | |
| FiltrationRate | |
| ReabsorptionRate | |
| ExcretionRate | |
| GlomerularFilterability | |
| ►CellRegulation | |
| ►null | Renal Dynamics for clearance and/or regulation of substances |
| CellDeathRate | Frequency of cells being added into circulation |
| CellBirthRate | Frequency of cells being taken out of circulation |
| ►SubstanceData | A generic substance |
| Name | The unique name of the substance |
| Classification | Label for grouping drugs according to common physiological effects |
| Density | Mass density of a substance |
| MolarMass | Molar mass of the substance |
| State | |
| MaximumDiffusionFlux | Maximum mass flux of a substance when diffusing across a membrane |
| MichaelisCoefficient | The concentration gradient at which the flux is half of the MaxDiffusionFlux |
| MembraneResistance | The potential that causes the average steady state extracellular and intracellular concentrations of an ion to be in equilibrium |
| Aerosolization | Data for if this substance was to be aerosolized |
| AreaUnderCurve | |
| BloodConcentration | Concentration of this substance that is in the blood |
| EffectSiteConcentration | Calculated concentration at drug site of action for PD Effects |
| MassInBody | Total Amount of mass of this substance that is in the body |
| MassInBlood | Amount of mass of this substance that is in the blood |
| MassInTissue | Amount of mass of this substance that is in the tissue |
| PlasmaConcentration | Calculated concentration of a substance in the plasma |
| SystemicMassCleared | The total amount of mass that has been systemically cleared |
| TissueConcentration | Concentration of this substance that is in the tissue |
| AlveolarTransfer | Calculated rate of transfer that occurs during gas exchange |
| DiffusingCapacity | Calculated value representing the ability of a gas to cross the respiratory membrane |
| EndTidalFraction | The fraction of gas in the trachea that consists of the substance at the end of each respiratory cycle |
| EndTidalPressure | The pressure of gas in the trachea that consists of the substance at the end of each respiratory cycle |
| RelativeDiffusionCoefficient | Represents the ability of the substance to diffuse across a membrane. A proportionality of the solubility and the square root of the molecular weight as defined relative to oxygen |
| SolubilityCoefficient | Represents the ability of a substance to dissolve in a solution |
| Clearance | |
| Pharmacokinetics | |
| Pharmacodynamics | |
| Substance | |
| ►SubstanceCompoundData | A compound made up of several substances |
| Name | The unique name of the compound |
| Classification | Label for grouping drugs according to common physiological effects |
| BloodRHFactor | Label for grouping drugs according to common physiological effects. true is positive and false is negative |
| Component | |
| SubstanceCompound | |
| ►SubstanceFractionData | A fractional amount associated with a substance |
| FractionAmount | |
| Name | |
| ►SubstanceConcentrationData | A concentration amount associated with a substance |
| Concentration | |
| Name | |
| ►PharmacodynamicModifierData | Data associated with a drug pharmacodynamic modifier, e.g. heart rate |
| EMax | The maximum effect as a fraction of the modifier basline value |
| EC50 | The drug concentration at which half the maximum effect is achieved |
| SystemData | |
| ►PupillaryResponseData | |
| ReactivityModifier | Change in pupil reaction time -1 complete reduction/no response, 0 is normal, and 1 is the fastest reaction time |
| ShapeModifier | Percentage change in pupil shape from normal. Positive is vertical ovoid. Negative is horizontal ovoid |
| SizeModifier | Pupil size change from normal. -1 is fully constricted, 0 is no change, +1 is fully dilated |
| ►enumInflammationSource | State of the acute inflammation model that tracks response to an insult (infection, trauma) |
| Burn | |
| Hemorrhage | |
| Infection | |
| ►InflammatoryResponseData | |
| LocalPathogen | |
| LocalMacrophage | |
| LocalNeutrophil | |
| LocalBarrier | |
| ActiveTLR | |
| AutonomicResponseLevel | |
| BloodPathogen | |
| Trauma | |
| MacrophageResting | |
| MacrophageActive | |
| NeutrophilResting | |
| NeutrophilActive | |
| TumorNecrosisFactor | |
| Interleukin6 | |
| Interleukin10 | |
| Interleukin12 | |
| InducibleNOSPre | |
| InducibleNOS | |
| ConstitutiveNOS | |
| Nitrate | |
| NitricOxide | |
| TissueIntegrity | |
| Catecholamines | |
| InflammationTime | |
| Source | |
| ►BloodChemistrySystemData | Provides clinician level data reflecting the composition of the blood |
| BloodDensity | Mass per unit volume of the blood |
| ArterialBloodPH | Measure of acidity or basicity of the arterial blood |
| ArterialBloodPHBaseline | Measure of acidity or basicity of the arterial blood. Baseline value for model |
| VenousBloodPH | Measure of acidity or basicity of the venous blood |
| BloodSpecificHeat | The amount of energy required to raise one kilogram of blood by one degree Celsius |
| BloodUreaNitrogenConcentration | The BUN concentration in the blood |
| CarbonDioxideSaturation | The fraction of hemoglobin that is carbon dioxide bound |
| CarbonMonoxideSaturation | The fraction of hemoglobin that is carbon monoxide bound |
| Hematocrit | Volume percentage of red blood cells in the blood |
| HemoglobinContent | The total amount of hemoglobin in the blood |
| HemoglobinLostToUrine | The total amount of hemoglobin lost from the blood to urine during HTR |
| OxygenSaturation | The fraction of hemoglobin that is oxygen bound |
| OxygenVenousSaturation | Fraction of hemoglobin oxygen bound in vena cava, cited as indicator for shock risk |
| Phosphate | Sum of all inorganic phosphate in the blood |
| PlasmaVolume | Volume of the plasma |
| PulseOximetry | The fraction of hemoglobin with bound oxygen as measured optically, which can include Carbon Monoxide |
| RedBloodCellCount | Total number of red blood cells in the blood |
| RhTransfusionReactionVolume | Volume of transfusion reaction blood based on rh mismatch |
| ShuntFraction | Fraction of the blood flow that bypasses the alveoli; therefore, does not engage is gas exchange |
| StrongIonDifference | Difference between the positive and negative strong ion concentrations in the blood |
| TotalProteinConcentration | The concentration of urea in the blood |
| VolumeFractionNeutralLipidInPlasma | Fraction of the plasma that is made up of neutral lipids |
| VolumeFractionNeutralPhospholipidInPlasma | Fraction of the plasma that is made up of neutral phospholipids |
| WhiteBloodCellCount | Total number of white blood cells in the blood |
| RedBloodCellAcetylcholinesterase | Concentration of acetylcholinesterase associated with red blood cells |
| TotalBilirubin | Concentration of bilirubin in plasma in indicative of progression of sepsis |
| InflammatoryResponse | |
| ArterialCarbonDioxidePressure | Partial pressure of carbon dioxide in the aorta |
| ArterialOxygenPressure | Partial pressure of oxygen in the aorta |
| PulmonaryArterialCarbonDioxidePressure | Partial pressure of carbon dioxide in the pulmonary arteries |
| PulmonaryArterialOxygenPressure | Partial pressure of oxygen in the pulmonary arteries |
| PulmonaryVenousCarbonDioxidePressure | Partial pressure of carbon dioxide in the pulmonary veins |
| PulmonaryVenousOxygenPressure | Partial pressure of oxygen in the pulmonary veins |
| VenousCarbonDioxidePressure | Partial pressure of carbon dioxide in the vena cava |
| VenousOxygenPressure | Partial pressure of oxygen in the vena cava |
| BloodChemistrySystem | |
| ►enumHeartRhythm | Available heart rhythms for use in systems |
| Asystole | |
| NormalSinus | |
| ►CardiovascularSystemData | Provides a representation of the human vasculature |
| ArterialPressure | The current arteial pressure |
| BloodVolume | The total volume of fluid within the cardiovascular system |
| CardiacIndex | Relates heart performance to the size of the individual |
| CardiacOutput | The volume of blood being pumped from the heart in a given time interval. It is defined as the heart rate multiplied by the stroke volume |
| CentralVenousPressure | The instantaneous pressure of the venous return |
| CerebralBloodFlow | The rate of blood flow into the skull, thus supplying the brain |
| CerebralPerfusionPressure | The difference between the mean arterial pressure and the cerebral blood pressure. Defines the hydrostatic diffusion gradient |
| DiastolicArterialPressure | The minimum pressure in the aorta over the course of a cardiac cycle |
| HeartEjectionFraction | The current pressure in the aorta |
| HeartRate | The fraction of the blood that is pumped out of the ventricle during a cardiac cycle |
| HeartRhythm | Current heart rhythm |
| HeartStrokeVolume | The volume of blood pumped from the left ventricle in one contraction |
| IntracranialPressure | The pressure inside the skull. Equal to the cerebral blood pressure with the cerebrospinal fluid pressure being assumed equal |
| MeanArterialPressure | The average arterial pressure throughout each cardiac cycle |
| MeanArterialCarbonDioxidePartialPressure | The mean of the partial pressure of carbon dioxide in the aorta over a cardiac cycle |
| MeanArterialCarbonDioxidePartialPressureDelta | The change of the the mean of the partial pressure of carbon dioxide in the aorta from the previous cardiac cycle |
| MeanCentralVenousPressure | The average pressure in the vena cava over the course of a cardiac cycle |
| MeanSkinFlow | The blood flow to the skin averaged over the current cardiac cycle time |
| PulmonaryArterialPressure | The current pressure in the pulmonary arteries |
| PulmonaryCapillariesWedgePressure | The pressure within the pulmonary capillaries |
| PulmonaryDiastolicArterialPressure | The minimum pressure that occurs in the pulmonary arteries over the course of a cardiac cycle |
| PulmonaryMeanArterialPressure | The average pressure that occurs in the pulmonary arteries over the course of a cardiac cycle |
| PulmonaryMeanCapillaryFlow | The average blood flow in the pulmonary capillaries over the course of a cardiac cycle |
| PulmonaryMeanShuntFlow | The average blood flow diverted from the pulmonary capillaries (not oxygenated) over the course of a cardiac cycle |
| PulmonarySystolicArterialPressure | The maximum pressure in the pulmonary arteries over the course of a cardiac cycle |
| PulmonaryVascularResistance | The resistance offered by the pulmonary circulation |
| PulmonaryVascularResistanceIndex | Relates pulmonary circulation performance to the size of the individual |
| PulsePressure | The difference between the systolic and diastolic pressures |
| SystemicVascularResistance | The resistance to blood flow through the entire systemic vasculature, not including the pulmonary circulation |
| SystolicArterialPressure | The maximum pressure in the aorta over the course of a cardiac cycle |
| CardiovascularSystem | |
| ►DrugSystemData | Provides transport of drugs through the blood and air in the cardiovascular and respiratory systems, respectively |
| AntibioticActivity | |
| BronchodilationLevel | |
| FeverChange | |
| HeartRateChange | |
| HemorrhageChange | |
| MeanBloodPressureChange | |
| NeuromuscularBlockLevel | |
| PainToleranceChange | |
| PulsePressureChange | |
| RespirationRateChange | |
| SedationLevel | |
| TidalVolumeChange | |
| TubularPermeabilityChange | |
| CentralNervousResponse | |
| DrugSystem | |
| ►EndocrineSystemData | Releases hormones to maintain homeostasis and regulate body functions, including metabolism and behavior |
| InsulinSynthesisRate | Insulin production rate |
| GlucagonSynthesisRate | Glucagon production rate |
| EndocrineSystem | |
| ►EnergySystemData | Provides heat transfer, nutrition, and exercise physiology in the human body |
| AchievedExerciseLevel | The fraction of how much of the requested exercise the patient is able to achieve. 1.0 means the the patient is performing at the requested level. Nan is the patient is not exercising (no Action) |
| CoreTemperature | The internal body temperature |
| CreatinineProductionRate | The generation of creatinine in the muscle tissue per |
| ExerciseEnergyDemand | |
| ExerciseMeanArterialPressureDelta | The pressure delta that occurs during exercise. Used to modify the baroreceptor set-point |
| FatigueLevel | The exhaustion level of the body, or inability to perform physical exercise |
| LactateProductionRate | The molar amount of lactate generated on the tissue level from anaerobic metabolism |
| SkinTemperature | The skin surface temperature |
| SweatRate | Mass of sweat generated per unit time due to elevated core temperature |
| TotalMetabolicRate | The basal metabolic rate plus additional energy expenditure rates due to activity |
| TotalWorkRateLevel | The current patient work rate above basal over the maximum work rate capable by the patient |
| SodiumLostToSweat | Tracks the total amount of sodium lost while sweating during exercise |
| PotassiumLostToSweat | Tracks the total amount of potassium lost while sweating during exercise |
| ChlorideLostToSweat | Tracks the total amount of chloride lost while sweating during exercise |
| EnergyDeficit | Tracks a gap in energy supply/demand caused by pathophysiological states, like hypoperfusion |
| ►DrugTransitStateData | |
| LumenSolidMasses | CAT drug model, solid drug content of 8 small intestince compartments and stomach |
| LumenDissolvedMasses | CAT drug model, dissolved drug content of 8 small intestince compartments and stomach |
| EnterocyteMasses | CAT drug model, drug content of intestinal enteroycte layer, no stomach portion |
| MassMetabolized | CAT drug model, tracks the amount of drug metabolized in the GI |
| MassExcreted | CAT drug model, tracks the amount of drug excreted unabsorbed from GI |
| Substance | |
| ►GastrointestinalSystemData | Provides nutrients to the body and monitors oral drug absorption |
| ChymeAbsorptionRate | Rate of the absorption of nutrients from chyme into the blood stream |
| StomachContents | The contents in the stomach |
| DrugTransitStates | |
| GastrointestinalSystem | |
| ►HepaticSystemData | Provides liver function by clearing and maintaining substances in the blood |
| KetoneProductionRate | The rate of ketone production in the liver |
| HepaticGluconeogenesisRate | The rate of glucose production in the liver |
| HepaticSystem | |
| ►enumSleepState | |
| Awake | |
| Asleep | |
| ►NervousSystemData | |
| HeartRateScale | Heart rate multiplier used to scale the heart rate due to baroreceptor feedback |
| HeartElastanceScale | Heart elastance multiplier used to scale the heart rate due to baroreceptor feedback |
| ResistanceScaleExtrasplanchnic | |
| ResistanceScaleMuscle | Cardiovascular resistance multiplier used to scale the heart rate due to baroreceptor feedback |
| ResistanceScaleMyocardium | |
| ResistanceScaleSplanchnic | |
| ComplianceScale | Cardiovascular compliance multiplier used to scale the heart rate due to baroreceptor feedback |
| LeftEyePupillaryResponse | |
| PainVisualAnalogueScale | Computed visual analogue scale due to stimulus and patient susceptibility |
| RichmondAgitationSedationScale | |
| RightEyePupillaryResponse | |
| SleepTime | |
| SleepState | Current sleep state |
| WakeTime | |
| BiologicalDebt | |
| ReactionTime | Ms time taken to quickly react to stimulus |
| AttentionLapses | Number of times attention lapses for a given focused task |
| NervousSystem | |
| ►RenalSystemData | Provides kidney function by clearing and maintaining substances in the blood |
| FiltrationFraction | Scalar used to compute reabsorption for substances |
| GlomerularFiltrationRate | Flow rate of filtrate into the tubules |
| LeftAfferentArterioleResistance | Resistance to flow going into the glomerular capillaries in the left Kidney |
| LeftBowmansCapsulesHydrostaticPressure | Pressure generated from fluid in the bowmans capsules in the left Kidney |
| LeftBowmansCapsulesOsmoticPressure | Pressure generated from substances in the bowmans capsules in the left Kidney |
| LeftEfferentArterioleResistance | Resistance to flow into the peritubular capillaries in the left Kidney |
| LeftGlomerularCapillariesHydrostaticPressure | Pressure generated from fluid in the glomerular capillaries in the left Kidney |
| LeftGlomerularCapillariesOsmoticPressure | Pressure generated from substances in the capillaries in the left Kidney |
| LeftGlomerularFiltrationCoefficient | Calculated for each substance to determine ease of transport into the tubules in the left Kidney |
| LeftGlomerularFiltrationRate | Flow rate of filtrate into the tubules in left Kidney |
| LeftGlomerularFiltrationSurfaceArea | Surface area of glomerular capillaries that experiance filtration in the left Kidney |
| LeftGlomerularFluidPermeability | Permeability coeffitient of the capillary tissue in the left Kidney |
| LeftFiltrationFraction | Scalar used to compute reabsorption for substances in left Kidney |
| LeftNetFiltrationPressure | Total pressure directed into the tubules in the left Kidney |
| LeftNetReabsorptionPressure | Total pressure directed into the peritubular capillaries in the left Kidney |
| LeftPeritubularCapillariesHydrostaticPressure | Pressure generated by the fluid in the peritubular capillaries in the left Kidney |
| LeftPeritubularCapillariesOsmoticPressure | Pressure generated by the substance concentration in the peritubular capillaries in the left Kidney |
| LeftReabsorptionFiltrationCoefficient | Value which determines how much of a substance is reabsorbed into the blood stream in the left Kidney |
| LeftReabsorptionRate | Rate at which fluid or a substance is transported into the peritubular capillaries in the left Kidney |
| LeftTubularOsmoticPressure | Pressure generated by substances in the tubules in the left Kidney |
| LeftTubularHydrostaticPressure | Pressure generated by the fluid in the tubules in the left Kidney |
| LeftTubularReabsorptionFiltrationSurfaceArea | Surface ares of the tubules which is subject to fluid transport (reabsorption) in the left Kidney |
| LeftTubularReabsorptionFluidPermeability | Permeability of the tissue in the tubules, influencing resistance to flow into peritubular capillaries in the left Kidney |
| RenalBloodFlow | Blood flow into the kidney that is not filtered into the tubules |
| RenalPlasmaFlow | Plasma flow into the kidney that is not filtered into the tubules |
| RenalVascularResistance | Total resistance o f the kidney vasculature |
| RightAfferentArterioleResistance | Resistance to flow going into the glomerular capillaries in the right Kidney |
| RightBowmansCapsulesHydrostaticPressure | Pressure generated from fluid in the bowmans capsules in the right Kidney |
| RightBowmansCapsulesOsmoticPressure | Pressure generated from substances in the bowmans capsules in the right Kidney |
| RightEfferentArterioleResistance | Resistance to flow into the peritubular capillaries in the left Kidney |
| RightGlomerularCapillariesHydrostaticPressure | Pressure generated from fluid in the glomerular capillaries in the left Kidney |
| RightGlomerularCapillariesOsmoticPressure | Pressure generated from substances in the capillaries in the left Kidney |
| RightGlomerularFiltrationCoefficient | Calculated for each substance to determine ease of transport into the tubules in the left Kidney |
| RightGlomerularFiltrationRate | Flow rate of filtrate into the tubules in left Kidney |
| RightGlomerularFiltrationSurfaceArea | Surface area of glomerular capillaries that experiance filtration in the left Kidney |
| RightGlomerularFluidPermeability | Permeability coeffitient of the capillary tissue in the left Kidney |
| RightFiltrationFraction | Scalar used to compute reabsorption for substances in left Kidney |
| RightNetFiltrationPressure | Total pressure directed into the tubules in the left Kidney |
| RightNetReabsorptionPressure | Total pressure directed into the peritubular capillaries in the left Kidney |
| RightPeritubularCapillariesHydrostaticPressure | Pressure generated by the fluid in the peritubular capillaries in the left Kidney |
| RightPeritubularCapillariesOsmoticPressure | Pressure generated by the substance concentration in the peritubular capillaries in the left Kidney |
| RightReabsorptionFiltrationCoefficient | Value which determines how much of a substance is reabsorbed into the blood stream in the left Kidney |
| RightReabsorptionRate | Rate at which fluid or a substance is transported into the peritubular capillaries in the left Kidney |
| RightTubularOsmoticPressure | Pressure generated by substances in the tubules in the left Kidney |
| RightTubularHydrostaticPressure | Pressure generated by the fluid in the tubules in the left Kidney |
| RightTubularReabsorptionFiltrationSurfaceArea | Surface ares of the tubules which is subject to fluid transport (reabsorption) in the left Kidney |
| RightTubularReabsorptionFluidPermeability | Permeability of the tissue in the tubules, influencing resistance to flow into peritubular capillaries in the left Kidney |
| UrinationRate | Rate that fluid exits the bladder |
| UrineOsmolality | The osmolar pressure contributions of the sodium, urea and glucose divided by the mass of the fluid |
| UrineOsmolarity | The osmolar pressure contributions of the sodium, urea and glucose divided by the volume of the fluid |
| UrineProductionRate | The rate of fluid flow to the bladder |
| MeanUrineOutput | Less noisy average of fluid flow to bladder |
| UrineSpecificGravity | The density of the fluid relative to water |
| UrineVolume | The volume of the urine in the bladder |
| UrineUreaNitrogenConcentration | Scaled concentration of Urea in the bladder |
| RenalSystem | |
| ►RespiratorySystemData | Provides ventilation and gas exchange of the human respiratory system |
| AlveolarArterialGradient | Measure of the difference between the alveolar concentration of oxygen and the arterial concentration of oxygen to assess the integrity of the alveolar capillary unit. |
| CarricoIndex | The ratio of arterial partial pressure O2 and the inspired O2. O2 level in blood vs. Concentration of O2 in a breath |
| EndTidalCarbonDioxideFraction | The fraction of CarbonDioxide in the trachea that is carbon dioxide at the end of each respiratory cycle |
| EndTidalCarbonDioxidePressure | The pressure of CarbonDioxide in the trachea that is carbon dioxide at the end of each respiratory cycle |
| ExpiratoryFlow | Instantaneous airflow out of the lungs (negative value when inhaling) |
| InspiratoryExpiratoryRatio | The ratio of the length of time of inspiration to the length of time of expiration |
| InspiratoryFlow | TInstantaneous airflow into the lungs (negative value when exhaling) |
| MeanPleuralPressure | Running average pleural pressure |
| PulmonaryCompliance | The total compliance of the lungs |
| PulmonaryResistance | The total resistance to airflow through the lungs |
| RespirationDriverFrequency | Target frequency of respiratory driver communicated by chemoreceptors |
| RespirationDriverPressure | Target amplitude of respiratory driver communicated by chemoreceptors |
| RespirationMusclePressure | Combined driver pressure of the muscles that contribute to inhalation and exhalation, by aiding in the expansion and contraction of the thoracic cavity |
| RespirationRate | The frequency of the respiratory cycle |
| SpecificVentilation | The ratio of the volume of gas entering a region of the lung following an inspiration and the end-expiratory volume of that same lung region |
| TidalVolume | The volume of air moved into or out of the lungs during normal respiration |
| TargetPulmonaryVentilation | The target ventilation determined by the chemoreceptor method in the Nervous system, used by Respiratory to drive Respiration |
| TotalAlveolarVentilation | The air flow to the alveoli |
| TotalDeadSpaceVentilation | The air flow to the dead space |
| TotalLungVolume | The total volume of air within the lungs at any given time |
| TotalPulmonaryVentilation | The flow rate representing the exchange of air between the lungs and ambient air |
| TranspulmonaryPressure | The pressure difference between the alveoli and the intrapleural space |
| RespiratorySystem | |
| ►TissueSystemData | Provides data pertaining to the extracellular and intracelluar space |
| CarbonDioxideProductionRate | The carbon dioxide generated on the tissue level from aerobic metabolism |
| DehydrationFraction | The fraction of body weight lost as fluid since initialization |
| ExtracellularFluidVolume | Volume of fluid outside of cells AND outside of the blood vessels |
| ExtravascularFluidVolume | Total fluid volume outside of the blood vessels |
| IntracellularFluidPH | The acidity or alkalinity of the extravascular intercellular fluid |
| IntracellularFluidVolume | Volume of fluid in the cells outside of the blood vessels |
| TotalBodyFluidVolume | Total fluid volume inside the body |
| OxygenConsumptionRate | The oxygen consumed on the tissue level from aerobic metabolism |
| RespiratoryExchangeRatio | The true ratio of carbon dioxide produced to oxygen consumed |
| LiverInsulinSetPoint | The insulin molarity in the liver vasculature after stabilization |
| LiverGlucagonSetPoint | The glucagon concentration in the liver vasculature after stabilization |
| MuscleInsulinSetPoint | The insulin molarity in the muscle vasculature after stabilization |
| MuscleGlucagonSetPoint | The glucagon concentration in the muscle vasculature after stabilization |
| FatInsulinSetPoint | The insulin molarity in the fat vasculature after stabilization |
| FatGlucagonSetPoint | The glucagon concentration in the fat vasculature after stabilization |
| LiverGlycogen | The glucose stored as glycogen in the liver tissue |
| MuscleGlycogen | The glucose stored as glycogen in the muscle tissue |
| StoredProtein | The amino acids stored as protein in the muscle tissue |
| StoredFat | The triacylglycerol stored in the fat tissue |
| TissueSystem | |
| ►enumSurroundingType | The type of environment surroundings |
| Air | |
| Water | |
| ►EnvironmentalConditionsData | The ambient environmental conditions surrounding the patient |
| Name | The unique name of the environment |
| SurroundingType | |
| AirDensity | Local ambient density of the surrounding atmosphere |
| AirVelocity | Velocity of the surrounding air relative to the patient |
| AmbientTemperature | Local ambient temperature of the surrounding air/fluid (if submerged) |
| AtmosphericPressure | Local ambient pressure of the surrounding atmosphere |
| ClothingResistance | Average thermal resistance of all patient clothing |
| Emissivity | Efficiency of the patient's surface to emit thermal energy |
| MeanRadiantTemperature | The uniform temperature of an imaginary enclosure in which the radiant heat transfer from the patient's body is equal to the radiant heat transfer in the actual non-uniform enclosure |
| RelativeHumidity | Local ambient ratio of the partial pressure of water vapor to the equilibrium vapor pressure of water at the same temperature |
| RespirationAmbientTemperature | Local ambient temperature of the surrounding air that is inhaled |
| AmbientGas | Break down of the gasses in the environment, fractions must add up to 1 |
| AmbientAerosol | Break down of the aerosolized solid/liquid substances in the environment |
| EnvironmentalConditions | |
| ►ActiveHeatingData | A heat source near the patient |
| Power | Heat source power. Set to zero to turn off |
| SurfaceArea | SurfaceArea of the body that is being heated |
| SurfaceAreaFraction | SurfaceArea Fraction of the body that is being heated |
| ►ActiveCoolingData | A cooling source near the patient |
| Power | Heat sink power. Set to zero to turn off cooling |
| SurfaceArea | SurfaceArea of the body that is being heated |
| SurfaceAreaFraction | SurfaceArea Fraction of the body that is being cooled |
| ►AppliedTemperatureData | Something radiating a specified temperature to the patient |
| State | Use Off to remove the applied object from the patient |
| Temperature | Temperature of an object held on the patient |
| SurfaceArea | SurfaceArea of the patient that the temperature is being appllied to |
| SurfaceAreaFraction | SurfaceArea Fraction of the body that the temperature is being appllied to |
| ►EnvironmentData | Data describing the environemental surroundings and their affect on the patient |
| Name | |
| Conditions | |
| ConvectiveHeatLoss | Total patient heat loss due to convection |
| ConvectiveHeatTranferCoefficient | The proportionality coefficient between the heat flux and the thermodynamic driving force for the flow of heat due to convection |
| EvaporativeHeatLoss | Total patient heat loss due to evaporation |
| EvaporativeHeatTranferCoefficient | The proportionality coefficient between the heat flux and the thermodynamic driving force for the flow of heat due to evaporation |
| RadiativeHeatLoss | Total patient heat loss due to radiation |
| RadiativeHeatTranferCoefficient | The proportionality coefficient between the heat flux and the thermodynamic driving force for the flow of heat due to radiation |
| RespirationHeatLoss | Total heat loss from the Respiratory System |
| SkinHeatLoss | Total heat loss from the Respiratory skin |
| Environment | |
| EnvironmentActionData | Base Environmental Action type |
| ►EnvironmentChangeData | Change environmental conditions |
| ConditionsFile | A file to use for configuration |
| Conditions | Changes to make to the environment |
| ►ThermalApplicationData | Create an external heat source |
| ActiveHeating | |
| ActiveCooling | |
| AppliedTemperature | |
| AppendToPrevious | Appends data provided to the engine without removing currect applications |
| EnvironmentConditionData | Base environmental condition type |
| ►InitialEnvironmentData | Change environmental conditions before the simulation begins |
| ConditionsFile | A file to use for configuration |
| Conditions | Changes to make to the environment |
| ►enumAnesthesiaMachineEvent | A set of events/states that the can be triggered on the anesthesia machine |
| OxygenBottle1Exhausted | |
| OxygenBottle2Exhausted | |
| ReliefValveActive | |
| ►enumAnesthesiaMachineOxygenSource | An enumeration for the source of oxygen for the anesthesia machine |
| Wall | |
| BottleOne | |
| BottleTwo | |
| ►enumAnesthesiaMachinePrimaryGas | An enumeration for the primary gas used by the anesthesia machine |
| Air | |
| Nitrogen | |
| ►enumAnesthesiaMachineConnection | An enumeration for the primary gas used by the anesthesia machine |
| Off | |
| Mask | |
| Tube | |
| ►ActiveAnesthesiaMachineEventData | |
| Duration | |
| Event | |
| ►AnesthesiaMachineData | Generic anesthesia machine for positive pressure ventilation |
| Connection | |
| InletFlow | The total fresh gas inlet flow |
| InspiratoryExpiratoryRatio | The ratio of time spent in the inspiratory phase vs the expiratory phase of respiration |
| OxygenFraction | The fraction of the fresh gas inlet flow that is oxygen |
| OxygenSource | |
| PositiveEndExpiredPressure | The pressure above atmospheric pressure that exists in the lungs at the end of expiration |
| PrimaryGas | |
| ReliefValvePressure | Pressure at while the valve opens to prevent a build up of pressure in the system |
| RespiratoryRate | The prescribed rate of positive-pressure ventilation |
| VentilatorPressure | The pressure of the ventilator |
| LeftChamber | The left chamber of the anesthesia machine |
| RightChamber | The right chamber of the anesthesia machine |
| OxygenBottleOne | The first bottle attached to the anesthesia machine |
| OxygenBottleTwo | The second bottle attached to the anesthesia machine |
| ActiveEvent | Active Events and their duration |
| AnesthesiaMachine | |
| ►AnesthesiaMachineChamberData | A vaporization chamber that can be filled with a particular substance for inhalation |
| State | The fraction of the substance supplied by the vaporizer chamber |
| SubstanceFraction | The fraction of the substance supplied by the vaporizer chamber |
| Substance | The substance in the vaporizer chamber |
| ►AnesthesiaMachineOxygenBottleData | A bottle of Oxygen |
| Volume | The amount of oxygen in the bottle |
| AnesthesiaMachineActionData | Base anesthesia machine action type |
| ►AnesthesiaMachineConfigurationData | Action for controlling the machine |
| ConfigurationFile | A file to use for configuration |
| Configuration | Changes to make to the anesthesia machine |
| ►ExpiratoryValveLeakData | A leak in the expiritory valve |
| Severity | Severity of the leak from 0 to 1 |
| ►ExpiratoryValveObstructionData | An obstruction in the expiritory valve |
| Severity | Severity of the leak from 0 to 1 |
| ►InspiratoryValveLeakData | A leak in the inspiratory valve |
| Severity | Severity of the leak from 0 to 1 |
| ►InspiratoryValveObstructionData | An obstruction in the inspiritory valve |
| Severity | Severity of the leak from 0 to 1 |
| ►MaskLeakData | A leak in the mask |
| Severity | Severity of the leak from 0 to 1 |
| ►SodaLimeFailureData | A soda lime failure |
| Severity | Severity of the leak from 0 to 1 |
| ►TubeCuffLeakData | A leak in the tube cuff |
| Severity | Severity of the leak from 0 to 1 |
| ►VaporizerFailureData | The vaporizer fails |
| Severity | Severity of the leak from 0 to 1 |
| ►VentilatorPressureLossData | The ventilator losses pressure |
| Severity | Severity of the leak from 0 to 1 |
| ►YPieceDisconnectData | The Y Piece becomes disconnected |
| Severity | Severity of the leak from 0 to 1 |
| ►OxygenWallPortPressureLossData | The wall port losses oxygen pressure |
| State | Turn the action on or off |
| ►OxygenTankPressureLossData | The active oxygen tank losses pressure |
| State | Turn the action on or off |
| ►ElectroCardioGramData | Generic ECG machine to assess the heart rhythm |
| Lead1ElectricPotential | The amount of electric potential given off by lead 1 of the ECG |
| Lead2ElectricPotential | The amount of electric potential given off by lead 2 of the ECG |
| Lead3ElectricPotential | The amount of electric potential given off by lead 3 of the ECG |
| Lead4ElectricPotential | The amount of electric potential given off by lead 4 of the ECG |
| Lead5ElectricPotential | The amount of electric potential given off by lead 5 of the ECG |
| Lead6ElectricPotential | The amount of electric potential given off by lead 6 of the ECG |
| Lead7ElectricPotential | The amount of electric potential given off by lead 7 of the ECG |
| Lead8ElectricPotential | The amount of electric potential given off by lead 8 of the ECG |
| Lead9ElectricPotential | The amount of electric potential given off by lead 9 of the ECG |
| Lead10ElectricPotential | The amount of electric potential given off by lead 10 of the ECG |
| Lead11ElectricPotential | The amount of electric potential given off by lead 11 of the ECG |
| Lead12ElectricPotential | The amount of electric potential given off by lead 12 of the ECG |
| ElectroCardioGram | |
| ElectroCardioGramWaveformLeadNumber | |
| ►ElectroCardioGramInterpolationWaveformData | Explicit waveform data for a particular heart rhythm |
| Data | Dataset of a full heart cycle |
| TimeStep | Time step of the data provided |
| ActiveIndicies | Active indicies of the WaveForm Data used to interpolate the current electric potential |
| Lead | Rhythm type of the waveform provided |
| Rhythm | Rhythm type of the waveform provided |
| ►ElectroCardioGramWaveformInterpolatorData | Version of ElectroCardioGramWaveformInterpolatorData |
| Waveform | |
| ElectroCardioGramWaveformInterpolator | |
| ►InhalerData | Generic inhaler for substance administration |
| State | Is the inhaler adminstering it's substance or not |
| Substance | Substance contained |
| MeteredDose | Dosage of substance |
| NozzleLoss | Fraction of substance lost from the inhaler |
| SpacerVolume | Volume of a spacer, if used |
| Inhaler | |
| InhalerActionData | Base inhaler action type |
| ►InhalerConfigurationData | Action for configuring the inhaler |
| ConfigurationFile | A file to use for configuration |
| Configuration | Changes to make to the anesthesia machine |
| ►enumCircuitType | |
| Electrical | |
| Fluid | |
| Thermal | |
| ►enumResistancePathType | |
| Cerebral | |
| Extrasplanchnic | |
| Muscle | |
| Splanchnic | |
| Myocardium | |
| ►CircuitData | |
| Name | |
| ReferenceNode | |
| ►CircuitNodeData | |
| Name | |
| ►CircuitPathData | |
| Name | |
| SourceNode | |
| TargetNode | |
| Switch | |
| NextSwitch | |
| Valve | |
| NextValve | |
| PolarizedState | |
| NextPolarizedState | |
| ►ElectricalCircuitData | |
| Node | |
| Path | |
| ►ElectricalCircuitNodeData | |
| Voltage | |
| NextVoltage | |
| Charge | |
| NextCharge | |
| ChargeBaseline | |
| ►ElectricalCircuitPathData | |
| Resistance | |
| NextResistance | |
| ResistanceBaseline | |
| Capacitance | |
| NextCapacitance | |
| CapacitanceBaseline | |
| Inductance | |
| NextInductance | |
| InductanceBaseline | |
| Current | |
| NextCurrent | |
| CurrentSource | |
| NextCurrentSource | |
| CurrentSourceBaseline | |
| VoltageSource | |
| NextVoltageSource | |
| VoltageSourceBaseline | |
| ValveBreakdownVoltage | Maximum potential at which the ideal Zener Diode/Valve ceases backflow |
| ►FluidCircuitData | |
| Node | |
| Path | |
| ►FluidCircuitNodeData | |
| Pressure | |
| NextPressure | |
| Volume | |
| NextVolume | |
| VolumeBaseline | |
| ►FluidCircuitPathData | |
| Resistance | |
| NextResistance | |
| ResistanceBaseline | |
| CardiovascularRegion | |
| Compliance | |
| NextCompliance | |
| ComplianceBaseline | |
| Inertance | |
| NextInertance | |
| InertanceBaseline | |
| Flow | |
| NextFlow | |
| FlowSource | |
| NextFlowSource | |
| FlowSourceBaseline | |
| PressureSource | |
| NextPressureSource | |
| PressureSourceBaseline | |
| ValveBreakdownPressure | Maximum potential at which the ideal Zener Diode/Valve ceases backflow |
| ►ThermalCircuitData | |
| Node | |
| Path | |
| ►ThermalCircuitNodeData | |
| Temperature | |
| NextTemperature | |
| Heat | |
| NextHeat | |
| HeatBaseline | |
| ►ThermalCircuitPathData | |
| Resistance | |
| NextResistance | |
| ResistanceBaseline | |
| Capacitance | |
| NextCapacitance | |
| CapacitanceBaseline | |
| Inductance | |
| NextInductance | |
| InductanceBaseline | |
| HeatTransferRate | |
| NextHeatTransferRate | |
| HeatSource | |
| NextHeatSource | |
| HeatSourceBaseline | |
| TemperatureSource | |
| NextTemperatureSource | |
| TemperatureSourceBaseline | |
| ValveBreakdownTemperature | Maximum potential at which the ideal Zener Diode/Valve ceases backflow |
| ►CircuitManagerData | |
| ElectricalNode | |
| ElectricalPath | |
| ElectricalCircuit | |
| FluidNode | |
| FluidPath | |
| FluidCircuit | |
| ThermalNode | |
| ThermalPath | |
| ThermalCircuit | |
| CircuitManager | |
| ►TestErrorStatisticsData | |
| MinimumError | |
| MaximumError | |
| AverageError | |
| StandardDeviation | |
| PercentToleranceVsNumErrors | |
| Differences | |
| ComputedPropertyID | |
| ExpectedPropertyID | |
| NumberOfErrors | |
| PercentTolerance | |
| PropertyName | |
| ►TestReportData | |
| ►TestSuite | |
| ►null | |
| Requirement | |
| SuiteEqualError | |
| Time | |
| TestCase | |
| Performed | |
| Errors | |
| Tests | |
| Name | |
| TestReport | |
| ►BloodChemistryConfigurationData | |
| MeanCorpuscularHemoglobin | |
| MeanCorpuscularVolume | |
| StandardDiffusionDistance | |
| StandardOxygenDiffusionCoefficient | |
| ►CardiovascularConfigurationData | |
| LeftHeartElastanceMaximum | |
| LeftHeartElastanceMinimum | |
| MinimumBloodVolumeFraction | |
| RightHeartElastanceMaximum | |
| RightHeartElastanceMinimum | |
| StandardPulmonaryCapillaryCoverage | |
| ►CircuitConfigurationData | |
| CardiovascularOpenResistance | |
| DefaultClosedElectricResistance | |
| DefaultOpenElectricResistance | |
| DefaultClosedFlowResistance | |
| DefaultOpenFlowResistance | |
| DefaultClosedHeatResistance | |
| DefaultOpenHeatResistance | |
| MachineClosedResistance | |
| MachineOpenResistance | |
| RespiratoryClosedResistance | |
| RespiratoryOpenResistance | |
| ►ConstantsConfigurationData | |
| OxygenMetabolicConstant | |
| StefanBoltzmann | |
| UniversalGasConstant | |
| ►DrugsConfigurationData | |
| PDModel | |
| ►EnergyConfigurationData | |
| BodySpecificHeat | |
| CoreTemperatureLow | |
| CoreTemperatureHigh | |
| DeltaCoreTemperatureLow | |
| EnergyPerATP | |
| SweatHeatTransfer | |
| VaporizationEnergy | |
| VaporSpecificHeat | |
| ►EnvironmentConfigurationData | |
| AirDensity | |
| AirSpecificHeat | |
| MolarMassOfDryAir | |
| MolarMassOfWaterVapor | |
| InitialEnvironmentalConditions | |
| InitialEnvironmentalConditionsFile | |
| WaterDensity | |
| ►GastrointestinalConfigurationData | |
| CalciumAbsorptionFraction | Fraction of the calcium eaten that get absorbed into the body |
| CalciumDigestionRate | Speed at which calcium is digested by the body, mouth to being absorbed into the blood |
| CarbohydrateAbsorptionFraction | Fraction of the Carbs eaten that get absorbed into the body |
| DefaultStomachContents | The default stomach contents for the patient |
| DefaultStomachContentsFile | The default stomach contents for the patient |
| FatAbsorptionFraction | Fraction of the fat eaten that get absorbed into the body |
| ProteinToUreaFraction | Fraction of the protein eaten that get turned into urea |
| WaterDigestionRate | The rate at which water is absorbed from gut chyme into the vascular system (small intestine) |
| ►NervousConfigurationData | |
| EnableCerebral | Flagged on to use discretized cerebral circuit |
| PupilDiameterBaseline | Pupil Diameter Baseline |
| ►RenalConfigurationData | |
| EnableRenal | |
| PlasmaSodiumConcentrationSetPoint | |
| LeftGlomerularFilteringSurfaceAreaBaseline | |
| LeftGlomerularFluidPermeabilityBaseline | |
| LeftTubularReabsorptionFilteringSurfaceAreaBaseline | |
| LeftTubularReabsorptionFluidPermeabilityBaseline | |
| MaximumAfferentResistance | |
| MinimumAfferentResistance | |
| RightGlomerularFilteringSurfaceAreaBaseline | |
| RightGlomerularFluidPermeabilityBaseline | |
| RightTubularReabsorptionFilteringSurfaceAreaBaseline | |
| RightTubularReabsorptionFluidPermeabilityBaseline | |
| TargetSodiumDelivery | |
| ►RespiratoryConfigurationData | |
| PleuralComplianceSensitivity | |
| PulmonaryVentilationRateMaximum | The maximum rate before permanent damage to the lungs occurs |
| VentilatoryOcclusionPressure | |
| ►TissueConfigurationData | |
| EnableTissue | |
| ►BioGearsConfigurationData | |
| BloodChemistryConfiguration | |
| CardiovascularConfiguration | |
| CircuitConfiguration | |
| ConstantsConfiguration | |
| DrugsConfiguration | |
| EnergyConfiguration | |
| EnvironmentConfiguration | |
| GastrointestinalConfiguration | |
| NervousConfiguration | |
| RenalConfiguration | |
| RespiratoryConfiguration | |
| TissueConfiguration | |
| BioGearsConfiguration | |
| ►BioGearsEnvironmentData | |
| PatientEquivalentDiameter_m | |
| ►BioGearsAnesthesiaMachineData | |
| Inhaling | |
| CurrentBreathingCycleTime | |
| InspirationTime | |
| OxygenInletVolumeFraction | |
| TotalBreathingCycleTime | |
| ►BioGearsElectroCardioGramData | |
| HeartRythmTime | |
| HeartRythmPeriod | |
| Waveforms | |
| BioGearsInhalerData | |
| ►BioGearsBloodChemistrySystemData | |
| ArterialOxygenAverage_mmHg | |
| ArterialCarbonDioxideAverage_mmHg | |
| RhFactorMismatch_ct | |
| RhTransfusionReactionVolume_mL | |
| DonorRBC_ct | |
| PatientRBC_ct | |
| TwoCellAgglutinates_ct | |
| ThreeCellPatAgglutinates_ct | |
| ThreeCellDonAgglutinates_ct | |
| FourCellAgglutinates_ct | |
| RemovedRBC_ct | |
| ►BioGearsCardiovascularSystemData | |
| StartSystole | |
| HeartFlowDetected | |
| EnterCardiacArrest | |
| CardiacCyclePeriod_s | |
| CurrentCardiacCycleDuration_s | |
| LeftHeartElastanceModifier | |
| LeftHeartElastance_mmHg_Per_mL | |
| LeftHeartElastanceMax_mmHg_Per_mL | |
| LeftHeartElastanceMin_mmHg_Per_mL | |
| RightHeartElastance_mmHg_Per_mL | |
| RightHeartElastanceMax_mmHg_Per_mL | |
| RightHeartElastanceMin_mmHg_Per_mL | |
| CompressionTime_s | |
| CompressionRatio | |
| CompressionPeriod_s | |
| CurrentCardiacCycleTime_s | |
| CardiacCycleDiastolicVolume_mL | |
| CardiacCycleAortaPressureLow_mmHg | |
| CardiacCycleAortaPressureHigh_mmHg | |
| CardiacCyclePulmonaryArteryPressureLow_mmHg | |
| CardiacCyclePulmonaryArteryPressureHigh_mmHg | |
| LastCardiacCycleMeanArterialCO2PartialPressure_mmHg | |
| CardiacCycleStrokeVolume_mL | |
| CardiacCycleArterialPressure_mmHg | |
| CardiacCycleArterialCO2PartialPressure_mmHg | |
| CardiacCyclePulmonaryCapillariesWedgePressure_mmHg | |
| CardiacCyclePulmonaryCapillariesFlow_mL_Per_s | |
| CardiacCyclePulmonaryShuntFlow_mL_Per_s | |
| CardiacCyclePulmonaryArteryPressure_mmHg | |
| CardiacCycleCentralVenousPressure_mmHg | |
| CardiacCycleSkinFlow_mL_Per_s | |
| ►BioGearsDrugSystemData | |
| BolusAdministration | |
| NasalStates | |
| TransmucosalStates | |
| SarinRbcAcetylcholinesteraseComplex_nM | |
| AgedRbcAcetylcholinesterase_nM | |
| BioGearsEndocrineSystemData | |
| ►BioGearsEnergySystemData | |
| BloodpH | |
| BicarbonateMolarity_mmol_Per_L | |
| PackOn | |
| PreviousWeightPack_kg | |
| BioGearsGastrointestinalSystemData | |
| BioGearsHepaticSystemData | |
| ►BioGearsNervousSystemData | |
| AfferentChemoreceptor_Hz | |
| AfferentPulmonaryStrechReceptor_Hz | |
| AorticBaroreceptorStrain | |
| ArterialOxygenBaseline_mmHg | |
| ArterialCarbonDioxideBaseline_mmHg | |
| BaroreceptorOperatingPoint_mmHg | |
| CardiopulmonaryInputBaseline_mmHg | |
| CardiopulmonaryInput_mmHg | |
| CarotidBaroreceptorStrain | |
| CerebralArteriesEffectors_Large | Effect of CBF, CO2, and O2 (hence 3 components) on large cerebral arteries |
| CerebralArteriesEffectors_Small | Effect of CBF, CO2, and O2 (hence 3 components) on small cerebral arteries |
| CerebralBloodFlowBaseline_mL_Per_s | |
| CerebralBloodFlowInput_mL_Per_s | |
| CentralFrequencyDelta_Per_min | |
| CentralPressureDelta_cmH2O | |
| CerebralOxygenSaturationBaseline | |
| CerebralPerfusionPressureBaseline_mmHg | |
| ChemoreceptorPeripheralBloodGasInteractionBaseline_Hz | |
| ChemoreceptorFiringRateSetPoint_Hz | |
| ComplianceModifier | |
| HeartElastanceModifier | |
| HeartOxygenBaseline | |
| HeartRateModifierSympathetic | |
| HeartRateModifierVagal | |
| HypercapniaThresholdHeart | |
| HypercapniaThresholdPeripheral | |
| HypoxiaThresholdHeart | |
| HypoxiaThresholdPeripheral | |
| MeanLungVolume_L | |
| MuscleOxygenBaseline | |
| OxygenAutoregulatorHeart | |
| OxygenAutoregulatorMuscle | |
| PeripheralFrequencyDelta_Per_min | |
| PeripheralPressureDelta_cmH2O | |
| ResistanceModifierExtrasplanchnic | |
| ResistanceModifierMuscle | |
| ResistanceModifierSplanchnic | |
| SympatheticPeripheralSignalBaseline | |
| SympatheticSinoatrialSignalBaseline | |
| SympatheticPeripheralSignalFatigue | |
| VagalSignalBaseline | |
| ►BioGearsRenalSystemData | |
| Urinating | |
| LeftAfferentResistance_mmHg_s_Per_mL | |
| RightAfferentResistance_mmHg_s_Per_mL | |
| LeftSodiumFlowSetPoint_mg_Per_s | |
| RightSodiumFlowSetPoint_mg_Per_s | |
| UrineProductionRate_mL_Per_min | |
| UrineOsmolarity_mOsm_Per_L | |
| SodiumConcentration_mg_Per_mL | |
| SodiumExcretionRate_mg_Per_min | |
| LeftSodiumFlow_mg_Per_s | |
| RightSodiumFlow_mg_Per_s | |
| LeftRenalArterialPressure_mmHg | |
| RightRenalArterialPressure_mmHg | |
| ►BioGearsRespiratorySystemData | |
| InitialExpiratoryReserveVolume_L | |
| InitialFunctionalResidualCapacity_L | |
| InitialInspiratoryCapacity_L | |
| InitialResidualVolume_L | |
| NotBreathing | |
| TopBreathTotalVolume_L | |
| TopBreathAlveoliVolume_L | |
| TopBreathDeadSpaceVolume_L | |
| TopBreathPleuralPressure_cmH2O | |
| LastCardiacCycleBloodPH | |
| PreviousTotalLungVolume_L | |
| BloodPHRunningAverage | |
| BreathingCycle | |
| ArterialOxygenPressure_mmHg | |
| ArterialCarbonDioxidePressure_mmHg | |
| ArterialOxygenAverage_mmHg | |
| ArterialCarbonDioxideAverage_mmHg | |
| BreathingCycleTime_s | |
| BreathTimeExhale_min | |
| DefaultDrivePressure_cmH2O | |
| DriverPressure_cmH2O | |
| DriverPressureMin_cmH2O | |
| ElapsedBreathingCycleTime_min | |
| IEscaleFactor | |
| InstantaneousFunctionalResidualCapacity_L | |
| MaxDriverPressure_cmH2O | |
| PeakRespiratoryDrivePressure_cmH2O | |
| VentilationFrequency_Per_min | |
| ConsciousBreathing | |
| ConsciousRespirationPeriod_s | |
| ConsciousRespirationRemainingPeriod_s | |
| ExpiratoryReserveVolumeFraction | |
| InspiratoryCapacityFraction | |
| ConsciousStartPressure_cmH2O | |
| ConsciousEndPressure_cmH2O | |
| HadAirwayObstruction | |
| HadBronchoconstriction | |
| ►BioGearsTissueSystemData | |
| RestingPatientMass_kg | |
| RestingFluidMass_kg | |
| O2ConsumedRunningAverage_mL_Per_s | |
| CO2ProducedRunningAverage_mL_Per_s | |
| RespiratoryQuotientRunningAverage | |
| FatigueRunningAverage | |
| ►PhysiologyEngineConfigurationData | |
| TimeStep | |
| WritePatientBaselineFile | |
| ElectroCardioGramInterpolator | |
| ElectroCardioGramInterpolatorFile | |
| StabilizationCriteria | |
| StabilizationCriteriaFile | |
| PhysiologyEngineStabilizationData | |
| ►PhysiologyEngineConditionStabilizationData | |
| Name | |
| ►PhysiologyEngineTimedStabilizationData | Version of PhysiologyEngineTimedStabilizationData |
| RestingStabilizationTime | |
| FeedbackStabilizationTime | |
| ConditionStabilization | |
| ►PhysiologyEngineTimedConditionStabilizationData | |
| Time | |
| PhysiologyEngineTimedStabilization | |
| ►PhysiologyEngineDynamicStabilizationData | Version of PhysiologyEngineDynamicStabilizationData |
| RestingStabilizationCriteria | |
| FeedbackStabilizationCriteria | |
| ConditionStabilization | |
| ►PhysiologyEngineDynamicConditionStabilizationData | |
| Criteria | |
| ►PhysiologyEngineDynamicStabilizationCriteriaData | |
| ConvergenceTime | |
| MinimumReactionTime | |
| MaximumAllowedStabilizationTime | |
| PropertyConvergence | |
| ►PhysiologyEngineDynamicStabilizationCriteriaPropertyData | |
| Name | |
| PercentDifference | |
| PhysiologyEngineDynamicStabilization | |
| ►SubstanceQuantityData | |
| Substance | |
| ►GasSubstanceQuantityData | |
| PartialPressure | |
| Volume | |
| VolumeFraction | |
| ►LiquidSubstanceQuantityData | |
| Concentration | |
| Mass | |
| MassCleared | The total mass of a substance cleared in the specified compartment |
| MassDeposited | The total mass of a substance deposited on the wall of the compartment |
| MassExcreted | The total mass of a substance excreted in the specified compartment |
| Molarity | |
| PartialPressure | |
| Saturation | |
| ►TissueSubstanceQuantityData | |
| Mass | |
| TissueConcentration | |
| TissueMolarity | |
| ExtravascularConcentration | |
| ExtravascularMolarity | |
| ExtravascularPartialPressure | |
| ExtravascularSaturation |
