Parameters.md

Usage

On the command line parameters can be set by including them in the file passed to the paramsfile argument. Strings must match the case and spelling exactly to be accepted. They can also only be set on an organ that includes the given parameter.

When using the library parameters can be read through pointers on a SimCtl object corresponding to the organ that includes a given parameter, as given below. Setting parameters is done through construction of the SimCtl object by passing an object of type std::map<BodyState, MetabolicParams>. See SimCtl for an explanation of how to use this object. Refer back to here for the meaning of each parameter you wish to use.

Adipose Tissue

Readable through SimCtl::adiposeTissue. No parameters currently settable.

Identifier	Value Type	Unit	Default Value	Readable	Settable
fat	double	g	n/a	X

Glossary

fat: Body fat.

Blood

Readable through SimCtl::blood. Settable through MetabolicParams::blood.

Identifier	Value Type	Unit	Default Value	Readable	Settable
alanine	double		0	X
baseGlucoseLevel	double	mg / dl	100		X
baseInsulinLevel	double		0	X	X
branchedAminoAcids	double		0	X
glEnterocytes	double		0	X
glLumen	double		0	X
glPortalVein	double		0	X
glucose	double	mg	100 * 50.0	X
glutamine	double		0	X
glycationProbConst	double		0		X
glycationProbSlope	double	decimal %	0.085 / 10000.0		X
glycolysisMax	double	micromol / kg / min	0.9 * 0.35 * 2 * 0.1801559		X
glycolysisMin	double	micromol / kg / min	0.35 * 0.5 * 0.1801559		X
glycolysisPerTick	double		0	X
glycolysisToLactate	double	decimal %	1.0		X
gngSubstrates	double		0	X
highGlucoseLevel	double	mg / dl	200		X
highLactateLevel	double	mg	4053.51		X
insulinLevel	double		0	X
killBin	int		N/A	X
killRate	double[]		N/A	X
lactate	double	mg	450.39	X
minGlucoseLevel	double	mg / dl	40	X	X
peakInsulinLevel	double		1.0		X
rbcBirthRate	double	count	144 * 60 * 24		X
RBCsUpdated	bool		false	X
totalGlycolysisSoFar	double		0.0	X
unbranchedAminoAcids	double		0	X

Function	Return type	Unit
baseBGL	double	mg / dl
getBGL	double	mg / dl
getGNGSubstrates	double
highBGL	double	mg / dl
volume	double	dl

Glossary

alanine:

baseBGL:

baseGlucoseLevel: Typical fasting BGL.

baseInsulinLevel: Typical fasting insulin level.

branchedAminoAcids:

getBGL:

getGNGSubstrates:

glEnterocytes:

glLumen:

glPortalVein:

glucose:

glutamine:

glycationProbConst:

glycationProbSlope:

glycolysisMax:

glycolysisMin:

glycolysisPerTick:

glycolysisToLactate:

gngSubstrates:

highBGL:

highGlucoseLevel: Typical peak BGL.

highLactateLevel:

insulinLevel: The impact of insulin on the various organs (not the actual concentration). It is possible that two different actual insulin concentrations for two individuals map to the same value for insulinLevel because they have the same impact on carbohydrate metabolism-related functions of the organs.

killBin:

killRate:

lactate:

minGlucoseLevel: Typical hypoglycemic BGL.

peakInsulinLevel: Typical insulin level when BGL is at peak. A value of 1 means normal (or excessive in the case of the initial stages of type 2 diabetes). A value of 0 means the pancreas does not produce any insulin at all (as in people with type 1 diabetes).

rbcBirthRate:

RBCsUpdated:

totalGlycolysisSoFar:

unbranchedAminoAcids:

volume:

Brain

Readable through SimCtl::brain. Settable through MetabolicParams::brain.

Identifier	Value Type	Unit	Default Value	Readable	Settable
bAAToGlutamine	double		0		X
glucoseOxidized	double	mg / min	83.333		X
glucoseRemoved	GlucoseState	n/a	n/a	X
glucoseToAlanine	double		0		X
oxidationPerTick	double			X

Glossary

bAAToGlutamine:

glucoseOxidized: The mean used to calculate oxidationPerTick.

glucoseRemoved:

glucoseToAlanine:

oxidationPerTick: A poisson-distribute random value which determines the amount of glucose oxidized during a single tick.

Chyme Consumed

Diagnostic information accessible through SimCtl::intestine::chymeConsumed.

Identifier	Value Type	Unit
origRAG	double
origSAG	double
RAG	double
RAGConsumed	double
SAG	double
SAGConsumed	double

Glossary

origRAG:

origSAG:

RAG: Rapidly available glucose, which includes sugars and rapidly digestible starches (i.e. starch that gets digested in vitro within 20 minutes).

RAGConsumed:

SAG: Slowly available glucose, which includes slowly digestible starches (i.e. starch that gets digested in vitro between 20 and 120 minutes).

SAGConsumed:

Fat State

Diagnostic information accessible through SimCtl::stomach::fatInBolus.

Identifier	Value Type	Unit
amount	double	mg
bodyWeight	double	kg

Glossary

amount:

bodyWeight:

Gluconeogenesis State

Diagnostic information accessible through SimCtl::liver::postGluconeogenesis.

Identifier	Value Type	Unit
bloodGlucose	double
bloodLactate	double
glucose	double	mg
glycogen	double	mg

Glossary

bloodGlucose:

bloodLactate:

glucose:

glycogen:

Glucose State

Diagnostic information accessible through the following member variables:

• SimCtl::brain::glucoseRemoved
• SimCtl::heart::basalAbsorption
• SimCtl::intestine::excessGlucoseInEntercytes
• SimCtl::kidneys::postGluconeogenesis
• SimCtl::kidneys::postGlucoseExtraction
• SimCtl::kidneys::postGlycolysis
• SimCtl::muscles::absorptionState
• SimCtl::muscles::basalBase
• SimCtl::muscles::basalGLUT4
• SimCtl::portalVein::fromBlood

Identifier	Value Type	Unit
amount	double	mg
bloodBGL	double	mg / dl
bloodMinBGL	double	mg / dl

Glossary

amount:

bloodBGL:

bloodMinBGL:

Glycogen Synthesis State

Diagnostic information accessible through SimCtl::liver::postGlycogen.

Identifier	Value Type	Unit
glucose	double	mg
glycogen	double	mg

Glossary

glucose:

glycogen:

Heart

Readable through SimCtl::heart. Settable through MetabolicParams::heart.

Identifier	Value Type	Unit	Default Value	Readable	Settable
basalAbsorption	GlucoseState	n/a	n/a	X
basalGlucoseAbsorbed	double	mg / min	14		X
Glut4Km	double	mg / dl	5 * 180.1559 / 10.0		X
Glut4VMAX	double	mg / kg / min	0		X
lactateOxidized	double		0		X
oxidationPerTick	double			X

Glossary

basalAbsorption:

basalGlucoseAbsorbed:

Glut4Km:

Glut4VMAX:

lactateOxidized:

oxidationPerTick: A poisson-distributed random value which determines the amount of glucose consumed from the blood to be oxidized.

Human Body

Readable through SimCtl::body. Settable through MetabolicParams::body.

Identifier	Value Type	Unit	Default Value	Readable	Settable
adiposeTissue	AdiposeTissue	n/a
age	int	years	n/a	X	X
baseBGL	double	mg / dL		X
blood	Blood	n/a	n/a	X
bodyWeight	double	kg	n/a	X	X
brain	Brain	n/a	n/a	X
dayEndTotals	TotalsState	n/a	n/a	X
excretionKidneysImpact	double			X	X
exerciseOverAt	unsigned	ticks	0	X
fatFraction	double		0.2	X
fitnessLevel	int	%	n/a	X	X
gender	int	0 or 1	n/a	X	X
glut4Impact	double		1.0	X	X
glycolysisMaxImpact	double		1.0		X
glycolysisMinImpact	double		1.0		X
gngImpact	double		6.0		X
heart	Heart	n/a	n/a	X
insulinImpactGlycogenBreakdownInLiver_Mean	double		0.1	X	X
insulinImpactGlycogenBreakdownInLiver_StdDev	double		0.02		X
insulinImpactGlycogenSynthesisInLiver_Mean	double		0.5		X
insulinImpactGlycogenSynthesisInLiver_StdDev	double		0.2		X
insulinImpactOnGlycolysis_Mean	double		0.5		X
insulinImpactOnGlycolysis_StdDev	double		0.2		X
insulinImpactOnGNG_Mean	double		0.5	X	X
insulinImpactOnGNG_StdDev	double		0.2		X
intensityPeakGlucoseProd	double	decimal %	0.2	X	X
intestine	Intestine	n/a	n/a	X
kidneys	Kidneys	n/a	n/a	X
lastHardExerciseAt	int	ticks	-61	X
liver	Liver	n/a	n/a	X
liverGlycogenBreakdownImpact	double		6.0		X
liverGlycogenSynthesisImpact	double		1.0	X	X
muscles	Muscles	n/a	n/a	X
peakBGL	double	mg / dl		X
percentVO2Max	double	decimal %	n/a	X
portalVein	PortalVein	n/a	n/a	X
stomach	Stomach	n/a	n/a	X
tempExcretion	double		n/a	X
tempGlycogenBreakdown	double	mg	n/a	X
tempGlycogenStorage	double	mg	n/a	X
tempGlycolysis	double	mg	n/a	X
tempGNG	double	mg	n/a	X
tempOxidation	double	mg	n/a	X
totalEndogeneousGlucoseReleasePerTick	double			X
totalEndogeneousGlucoseReleaseSoFar	double	mg
totalGlucoseReleasePerTick	double			X
totalGlucoseReleaseSoFar	double	mg
totalGlycogenBreakdownPerTick	double			X
totalGlycogenStoragePerTick	double
totalGlycolysisPerTick	double	mg		X
totalGlycolysisSoFar	double	mg	0	X
totalGNGPerTick	double	mg		X
totalGNGSoFar	double	mg	0	X
totalLiverGlycogenBreakdownSoFar	double	mg	0	X
totalLiverGlycogenStorageSoFar	double	mg	0	X
totalMusclesGlycogenBreakdownSoFar	double	mg	0	X
totalMusclesGlycogenStorageSoFar	double	mg	0	X
totalOxidationPerTick	double	mg		X
totalOxidationSoFar	double	mg	0	X
VO2Max	double	mLO2 / kg / min	n/a	X

Function	Return type	Unit
currentEnergyExpenditure	double
getGlucoseEnergyExpenditure	double
insulinImpactOnGlycogenBreakdownInLiver	double	decimal %
insulinImpactOnGlycogenSynthesisInLiver	double	decimal %
insulinImpactOnGlycolysis	double
insulinImpactOnGNG	double

Glossary

adiposeTissue: Models the effects of adipose tissue on carbohydrate metabolism.

age: The age of the simulated subject in years.

baseBGL:

blood: Models the effects of blood on carbohydrate metabolism.

bodyWeight:

brain: Models the effects of the brain on carbohydrate metabolism.

currentEnergyExpenditure:

dayEndTotals:

excretionKidneysImpact: A multiplicative factor used to modify the amount of glucose excreted per tick.

exerciseOverAt:

fatFraction:

fitnessLevel: The self-assessed fitness level of the simulated subject as an integer percentage.

gender: The gender of the simulated subject, either male (0) or female (1).

getGlucoseEnergyExpenditure:

glut4Impact:

glycolysisMaxImpact:

glycolysisMinImpact:

gngImpact:

heart: Models the effects of the heart on carbohydrate metabolism.

insulinImpactOnGlycogenBreakdownInLiver: The impact of insulin on glycogen breakdown in the liver.

insulinImpactGlycogenBreakdownInLiver_Mean: The normal distribution mean used to calculate the impact of insulin on glycogen breakdown in the liver.

insulinImpactGlycogenBreakdownInLiver_StdDev: The normal distribution standard deviation used to calculate the impact of insulin on glycogen breakdown in the liver.

insulinImpactOnGlycogenSynthesisInLiver: The impact of insulin on glycogen synthesis in the liver.

insulinImpactGlycogenSynthesisInLiver_Mean: The normal distribution mean used to calculate the impact of insulin on glycogen synthesis in the liver.

insulinImpactGlycogenSynthesisInLiver_StdDev: The normal distribution standard deviation used to calculate the impact of insulin on glycogen synthesis in the liver.

insulinImpactOnGlycolysis: The impact of insulin on glycolysis.

insulinImpactOnGlycolysis_Mean: The normal distribution mean used to calculate the impact of insulin on glycolysis.

insulinImpactOnGlycolysis_StdDev: The normal distribution standard deviation used to calculate the impact of insulin on glycolysis.

insulinImpactOnGNG: The impact of insulin on gluconeogenesis.

insulinImpactOnGNG_Mean: The normal distribution mean used to calculate the impact of insulin on gluconeogenesis.

insulinImpactOnGNG_StdDev: The normal distribution standard deviation used to calculate the impact of insulin on gluconeogenesis.

intensityPeakGlucoseProd: The exercise intensity in % VO2max at which the liver and kidney produce glucose at the maximum rate.

intestine: Models the effects of the intestine on carbohydrate metabolism.

kidneys: Models the effects of the kidneys on carbohydrate metabolism.

lastHardExerciseAt:

liver: Models the effects of the liver on carbohydrate metabolism.

liverGlycogenBreakdownImpact: Modifies the average rate of glycogen breakdown in the liver (i.e. glycogenToGlucoseInLiver). Can be used to model the increased liver glycogen breakdown when BGL is low.

liverGlycogenSynthesisImpact: Modifies the average rate of glycogen synthesis in the liver (i.e. glucoseToGlycogenInLiver). Can be used to model the impact of diabetes on glycogen synthesis.

muscles: Models the effects of the muscles on carbohydrate metabolism.

peakBGL:

percentVO2Max: The intensity of an exercise activity in terms of oxygen consumption rate.

portalVein: Models the effects of the portal vein on carbohydrate metabolism.

stomach: Models the effects of the stomach on carbohydrate metabolism.

tempExcretion:

tempGlycogenBreakdown:

tempGlycogenStorage:

tempGlycolysis:

tempGNG:

tempOxidation:

totalEndogeneousGlucoseReleasePerTick:

totalEndogeneousGlucoseReleaseSoFar:

totalGlucoseReleasePerTick:

totalGlucoseReleaseSoFar:

totalGlycogenBreakdownPerTick:

totalGlycogenStoragePerTick:

totalGlycolysisPerTick:

totalGlycolysisSoFar:

totalGNGPerTick:

totalGNGSoFar:

totalLiverGlycogenBreakdownSoFar:

totalLiverGlycogenStorageSoFar:

totalMusclesGlycogenBreakdownSoFar:

totalMusclesGlycogenStorageSoFar:

totalOxidationPerTick:

totalOxidationSoFar:

VO2Max: The maximal rate at which an individual can consume oxygen. In CarbMetSim, this rate is estimated from age, gender, and self-reported fitness level.

Intestine

Readable through SimCtl::intestine. Settable through MetabolicParams::intestine.

Identifier	Value Type	Unit	Default Value	Readable	Settable
activeAbsorption	double		0	X
aminoAcidAbsorptionRate	double	mg / min	1		X
chymeConsumed	vector[ChymeConsumed]	n/a	n/a	X
excessGlucoseInEnterocytes	GlucoseState	n/a	n/a	X
fluidVolumeInEnterocytes	double	dL	3		X
fluidVolumeInLumen	double	dL	4		X
glEnterocytes	double		0	X
glLumen	double		0	X
glPortalVein	double		0	X
glPortalVeinConcentration	double		0	X
Glut2Km_In	double	mg / dL	20 * 180.1559 / 10.0		X
Glut2Km_Out	double	mg / dL	20 * 180.1559 / 10.0		X
Glut2VMAX_In	double	mg	800		X
Glut2VMAX_Out	double	mg	800		X
glutamineOxidationRate	double	mg / min	1		X
glutamineToAlanineFraction	double		0.5		X
glycolysisMax	double		0.9 * 0.35 * 2.0 * 0.1801559		X
glycolysisMin	double		0.35 * 0.5 * 0.1801559		X
glycolysisPerTick	double			X
passiveAbsorption	double		0	X
RAG_Mean	double		2		X
RAG_StdDev	double		0.5		X
SAG_Mean	double		30		X
SAG_StdDev	double		10		X
sglt1Rate	double	mg / min	30		X
toPortalVeinPerTick	double			X
totalRAGConsumed	double		0	X
totalSAGConsumed	double		0	X

Glossary

activeAbsorption:

aminoAcidAbsorptionRate:

chymeConsumed:

excessGlucoseInEnterocytes:

fluidVolumeInEnterocytes:

fluidVolumeInLumen:

glEnterocytes:

glLumen:

glPortalVein:

glPortalVeinConcentration:

Glut2Km_In: The Michaelis-Menten Km associated with GLUT2 transporters in moving glucose from the lumen to the enterocytes.

Glut2Km_Out: The Michaelis-Menten Km associated with GLUT2 transporters in moving glucose from the enterocytes to the portal vein.

Glut2VMAX_In: The Michaelis-Menten Vmax associated with GLUT2 transporters in moving glucose from the lumen to the enterocytes.

Glut2VMAX_Out: The Michaelis-Menten Vmax associated with GLUT2 transporters in moving glucose from the enterocytes to the portal vein.

glutamineOxidationRate:

glutamineToAlanineFraction:

glycolysisMax:

glycolysisMin:

glycolysisPerTick:

passiveAbsorption:

RAG_Mean:

RAG_StdDev:

SAG_Mean:

SAG_StdDev:

sglt1Rate:

toPortalVeinPerTick:

totalRAGConsumed:

totalSAGConsumed:

Kidneys

Readable through SimCtl::kidneys. Settable through MetabolicParams::kidneys.

Identifier	Value Type	Unit	Default Value	Readable	Settable
excretionPerTick	double			X
glycolysisMax	double	mg / kg / min	0.9 * 0.35 * 2.0 * 0.1801559		X
glycolysisMin	double	mg / kg / min	0.35 * 0.5 * 0.1801559		X
glycolysisPerTick	double	mg		X
gngKidneys	double	mg / kg / min	0.16		X
gngPerTick	double			X
postGluconeogenesis	GlucoseState	n/a	n/a	X
postGlucoseExtraction	GlucoseState	n/a	n/a	X
postGlycolysis	GlucoseState	n/a	n/a	X
toGlycolysis	double		0	X
totalExcretion	double	mg	0	X

Glossary

excretionPerTick:

glycolysisMax:

glycolysisMin:

glycolysisPerTick:

gngKidneys: The average rate of gluconeogenesis in the kidneys.

gngPerTick:

postGluconeogenesis:

postGlucoseExtraction:

postGlycolysis:

toGlycolysis:

totalExcretion:

Liver

Readable through SimCtl::liver. Settable through MetabolicParams::liver.

Identifier	Value Type	Unit	Default Value	Readable	Settable
absorptionPerTick	double			X
excessGlucoseAbsorption	double		0	X
fluidVolume	double	dL	12	X	X
fromGlycogenPerTick	double			X
glucoseNeeded	double		0	X
glucoseToGlycogenInLiver	double	mg / kg / min	4.5		X
glucoseToNEFA	double		0		X
Glut2Km	double	mg / dL	20 * 180.1559 / 10.0		X
Glut2VMAX	double	mg / kg / min	50		X
glucose	double	mg	100 * 12	X
glycogen	double		100.0 * 1000.0	X	X
glycogenMax	double		120.0 * 1000.0		X
glycogenToGlucoseInLiver	double	mg / kg / min	0.9		X
glycolysisMax	double	mg / kg / min	0.9 * 0.35 * 10 * 0.1801559		X
glycolysisMin	double	mg / kg / min	0.35 * 0.1801559		X
glycolysisPerTick	double			X
glycolysisToLactateFraction	double	decimal %	1		X
gngLiver	double	mg / kg / min	0.16		X
gngPerTick	double			X
lipogenesisOccurred	bool	n/a	false	X
maxGNGDuringExercise	double		0	X
maxLipogenesis	double	mg / min	400.0		X
postGluconeogenesis	GluconeogenesisState	n/a	n/a	X
postGlycogen	GlycogenSythesisState	n/a	n/a	X
releasePerTick	double			X
toGlycogenPerTick	double			X

Glossary

absorptionPerTick:

excessGlucoseAbsorption:

fluidVolume:

fromGlycogenPerTick:

eglucoseNeeded:

glucoseToGlycogenInLiver: The average rate of glycogen synthesis.

glucoseToNEFA:

Glut2Km: The Michaelis-Menten Km associated with GLUT2 transporters.

Glut2VMAX: The Michaelis-Menten Vmax associated with GLUT2 transporters

glucose:

glycogen:

glycogenMax:

glycogenToGlucoseInLiver: The average glycogen breakdown flux.

glycolysisMax:

glycolysisMin:

glycolysisPerTick:

glycolysisToLactateFraction:

gngLiver: The average rate of gluconeogenesis in the liver.

gngPerTick:

lipogenesisOccurred:

maxGNGDuringExercise:

maxLipogenesis:

postGluconeogenesis:

postGlycogen:

releasePerTick:

toGlycogenPerTick:

Muscles

Readable through SimCtl::muscles. Settable through MetabolicParams::muscles.

Identifier	Value Type	Unit	Default Value	Readable	Settable
absorbedFromBlood	double	mg	0	X
absorptionState	GlucoseState	n/a	n/a	X
baaToGlutamine					X
basalBase	GlucoseState	n/a	n/a	X
basalGlucoseAbsorbed	double	mg / kg / min	0		X
basalGLUT4	GlucoseState	n/a	n/a	X
basalGLUT4Occurred	bool	n/a	false	X
glucoseToGlycogen	double	micromol / kg / min	15.0 * 0.1801559		X
Glut4Km	double	mg / dL	5 * 180.1559 / 10.0		X
Glut4VMAX	double	mg / kg / min	3.5		X
glucoseAbsorbedPerTick	double			X
glycogen	double	mg	500 * 1000.0	X	X
glycogenBreakdownPerTick	double			X
glycogenMax	double	mg	500 * 1000.0		X
glycogenOxidizedPerTick	double			X
glycogenShare	double			X
glycogenShareDuringExerciseMean	double		0.53		X
glycogenSynthesizedPerTick	double			X
glycolysisMax	double	mg / kg / min	0.9 * 0.35 * 15.0 * 0.1801559		X
glycolysisMin	double	mg / kg / min	0.35 * 1.0 * 0.1801559		X
glycolysisPerTick	double			X
hadExercise	bool	n/a	false	X
maxGlucoseAbsorptionDuringExercise	double	micromol / kg / min	30.0 * 0.1801559		X
oxidationPerTick	double			X
peakGlut4VMAX	double	mg / kg / min	2 * 3.5		X

Glossary

absorbedFromBlood:

absorptionState:

baaToGlutamine:

basalBase:

basalGlucoseAbsorbed:

basalGLUT4:

basalGLUT4Occurred:

glucoseToGlycogen:

Glut4Km: The Michaelis-Menten Km associated with GLUT4 transporters.

Glut4VMAX: The Michaelis-Menten Vmax associated with GLUT4 transporters.

glucoseAbsorbedPerTick:

glycogen:

glycogenBreakdownPerTick: The total amount of glycogen broken down into glucose and lactate during a single tick.

glycogenMax: The maximum amount of glycogen that can be stored in the muscles.

glycogenOxidizedPerTick: The amount of glucose oxidized from glycogen during a single tick.

glycogenShare: A normally-distributed random value used to determine the fraction of energy needs to be met by oxidizing glucose from glycogen during a single tick.

glycogenShareDuringExerciseMean: The mean used to calculate glycogenShare. Calculated such that 50% VO2Max and 100% VO2Max yields values close to 0.4 and 0.9 respectively.

glycogenSynthesizedPerTick:

glycolysisMax: The maximum amount of glucose that can be consumed by glycolysis in a single tick.

glycolysisMin: The mean used to calculate glycolysisPerTick.

glycolysisPerTick: A poisson-distributed random value used to determine the amount of glucose consumed by glycolysis in a single tick.

hadExercise: Whether the muscles reacted to an exercise event during the current tick.

maxGlucoseAbsorptionDuringExercise: The maximum rate at which the muscles can absorb glucose from the blood during exercise.

oxidationPerTick:

peakGlut4VMAX:

Portal Vein

Readable through SimCtl::portalVein. Settable through MetabolicParams::portalVein.

Identifier	Value Type	Unit	Default Value	Readable	Settable
fluidVolume	double	dL	5		X
fromBlood	GlucoseState	n/a	n/a	X

Glossary

fluidVolume:

fromBlood:

Stomach

Readable through SimCtl::stomach. Settable through MetabolicParams::stomach.

Identifier	Value Type	Unit	Default Value	Readable	Settable
calorificDensity	double		0	X
fat	double	mg	0	X
fatInBolus	FatState	n/a	n/a	X
geConstant	double	mg	500.0		X
geSlope	double		0	X
geSlopeMin	double		0.03		X
protein	double	mg	0	X
proteinInBolus	double		0	X
RAG	double	mg	0	X
ragInBolus	double		0	X
SAG	double	mg	0	X
sagInBolus	double		0	X
stomachBecameEmpty	double	n/a	false	X
stomachEmpty	bool	n/a	true	X
totalFood	double		0	X

Glossary

calorificDensity:

fat:

fatInBolus:

geConstant:

geSlope:

geSlopeMin:

protein:

proteinInBolus:

RAG: Rapidly available glucose, which includes sugars and rapidly digestible starches (i.e. starch that gets digested in vitro within 20 minutes).

ragInBolus:

SAG: Slowly available glucose, which includes slowly digestible starches (i.e. starch that gets digested in vitro between 20 and 120 minutes).

sagInBolus:

stomachBecameEmpty:

stomachEmpty:

totalFood:

Totals State

Diagnostic information accessible through SimCtl::body::dayEndTotals and SimCtl::body::getTotals().

Identifier	Value Type	Unit
excretion	double
glucoseFromIntestine	double
glycolysis	double
GNG	double
liverGlycogenBreakdown	double	mg
liverGlycogenStorage	double	mg
musclesGlycogenBreakdown	double	mg
musclesGlycogenStorage	double	mg
oxidation	double

Glossary

excretion:

glucoseFromIntestine:

glycolysis:

GNG:

liverGlycogenBreakdown:

liverGlycogenStorage:

musclesGlycogenBreakdown:

musclesGlycogenStorage:

oxidation: