PROTEIN
Emphasizes rebuilding
Provides amino-acid building material while the body still needs energy to perform repair.
ONE HUMAN MACHINE
Different inputs. Different demand. Changing priorities.
Fuel enters one shared system, then the body continually routes, stores and releases it according to current needs.
ProteinRepair material
CarbohydratesGlucose + glycogen
FatsEnergy + reserve
Brain
Liver
MusclesRepair
Glycogen
Fat reserveThe routes show relative relationships—not literal pipes or exact calories traveling to one tissue.
FOODS ON THE SURFACE · ESTIMATES UNDERNEATH
Start with familiar foods and portions
The explorer translates each broad food example into approximate fuel inputs, then combines the whole day before the routing model responds.
What the food tiles mean
Each tile is a fixed representative portion for comparing model tendencies. Selecting it again adds another portion.
What they do not mean
They are not measurements of a specific brand, recipe, restaurant meal, digestion rate, or recommendation about what to eat.
The model interprets combined daily inputs. Breakfast, lunch, and dinner labels are for recognition; meal timing is not simulated.
FUEL INPUTS
Three inputs, overlapping jobs
Each input can support several destinations; the bright pathway shows its strongest emphasis in this model.
CARBOHYDRATES
Supports ready fuel + glycogen
Raises glucose availability and helps refill conceptual muscle and liver glycogen stores.
FATS
Supports use + longer reserve
Contributes concentrated energy and can also move into—or later return from—longer-term storage.
CIRCULATING FUEL POOL
Supply meets the body’s current pull
Change the kind of day to see why the same incoming fuel can produce a different routing picture.
SUPPLY
Fuel In
AVAILABLE
ACTIVITY DEMAND
Everyday pull
Everyday pull
Everyday movement leaves a moderate pool available while some fuel continues toward storage and maintenance.
BODY RESPONSES
The body routes by priority
These signals can rise together. A brighter response is an emphasis—not proof that one fuel goes only there.
Brain Fuel
Continuous priority for available glucose and energy support.
Liver Processing
Converts, stores and releases fuel as the larger system changes.
Working Muscles
Activity raises the immediate pull from available and stored fuel.
Repair / Rebuilding
Activity creates the signal; protein, available energy and repeated time shape support.
M
L
Glycogen Storage
Conceptual quick-access carbohydrate reserves in muscle and liver.
Fat Storage
Energy routed toward longer-term reserve in this conceptual model—not measured body-fat change.
STORAGE CYCLE
Storage is not a one-way street
Stored reserves released can contribute to current energy needs—the response labeled Fat as Fuel—when demand exceeds incoming supply.
Fuel Pool
Current supply
Energy Reserve
Receiving surplus
When supply remains above current demand, storage pressure rises over time.
READING THE CONTROLS
Controls change the question the machine is answering
They are teaching levers for supply, demand and repeated patterns—not a personal prescription.
Current + Target Weight
Compares the selected example or manual scenario with a target direction; it does not personalize fuel or demand values.
Approximate Fuel In
A shared calorie budget built from 4 / 4 / 9 kcal per gram, not calories assigned to exact tissues.
Locks + Starting Balance
Lock a value you want to hold; unlocked macros share the remaining budget from a proposed—not “correct”—balance.
Repair / Recovery Response
This is a derived response in the explorer—not a separate dial or a readiness score.
Viewing Horizon
Repeats the same pattern in the model so longer-term storage, release and repair tendencies become easier to see.
READING GOAL DIRECTION
Supply versus demand sets direction—not speed
The same supply signal means something different depending on whether the target is higher, similar or lower.
Current
↗
Target
For a higher target, supply above demand points in the intended direction.
Leans lower than 179
Supply remains near modeled demand
Leans higher toward 190
Direction only: the explorer does not predict how much weight changes, how quickly it changes, or exactly where stored energy goes.
A relationship explorer, not a biological forecast
It shows
Generalized tendencies between fuel supply, tissue demand, storage, release and repeated patterns.
It does not show
An exact diet, measured metabolism, calories sent to one tissue, medical advice or an individual outcome.