Display units

Applies to displayed measurements and charts. Downloads, source definitions and reference-system coordinates retain their original units. Scientific ratios and energy remain in SI units.

Your choice is remembered in this browser for 180 days.

MEASUREMENT ARCHIVE

Mean living chemical food-energy reserve

Arithmetic mean chemical food-energy store of the living designed human bodies, in joules. This is a separate identity from population_energy_mean (retained for compatibility); it is a stored-energy reserve, not whole-body energy or an intake rate.

Custom time interval
Reset range
RECORDED SERIES

Mean living chemical food-energy reserve

Mean living chemical food-energy reserve in J Recorded values over simulation time. Missing measurements are gaps. Focus the chart readings and use Left and Right arrow keys to move through them; Home and End select the first and last reading. Exact values are available in the measurement table and CSV. 3.654e+7 3.627e+7 3.600e+7 3.572e+7 3.545e+7 0 15 30 45 60 J Simulation time · s 1 min · 35,992,616.77 J · Loaded 03 Nov 2026 14:53:36 UTC

Line: recorded measurements · Dots: package endpoints. Publication history →

Mean living chemical food-energy reserve in J Recorded values over simulation time. Missing measurements are gaps. Focus the chart readings and use Left and Right arrow keys to move through them; Home and End select the first and last reading. Exact values are available in the measurement table and CSV. 3.654e+7 3.627e+7 3.600e+7 3.572e+7 3.545e+7 0 15 30 45 60 J Simulation time · s 1 min · 35,992,616.77 J · Loaded 03 Nov 2026 14:53:36 UTC

Line: recorded measurements · Dots: package endpoints. Publication history →

2 observations 0 s - 1 min

Measurement context

Model state · Nutrition & metabolism

Unit
J
Aggregation
Mean
Sampling
Irregular
Scope
Published population

Arithmetic mean chemical food-energy store of the living designed human bodies, in joules. This is a separate identity from population_energy_mean (retained for compatibility); it is a stored-energy reserve, not whole-body energy or an intake rate.

Source & interpretation
Source unit
JDownloads retain this unit.
Recorded source
Characters.Where(Alive).HumanoidVitals.FoodEnergyJoules; separate identity from population_energy_mean
Population or spatial scope
Individuals published at each observed sample; native research apparatus excluded. Counts are not lifetime totals.

Interpretation limits

Snapshot only; earlier samples are not exported. Counters do not prove skill acquisition or discovery.

Simulation output, not a field or clinical measurement. Read the definition for subset, overlap and model limits.

Record-wide limitations →
Read the measurement definition →
THE UNDERLYING VALUES

Measurement records

Download CSV ↓
Mean living chemical food-energy reserve, J
SIM time · s Mean living chemical food-energy reserve · J Scope Status
60.000 35,992,616.7700 Published population Available
0.000 36,000,000.0000 Published population Available

Display values are rounded. CSV preserves the recorded values, timestamps, units and missing-data status.

Snapshot at 1 min
Simulation state
Running
World dimensions
100.00 m × 100.00 m
Surface area
10,000.00 m²
Cell resolution
1.00 m
Atmosphere
Regional weather
Region name
Euphrates near Ur, Iraq
Projected coordinates · EPSG:32638

Metres in the stated reference system. These are not latitude and longitude.

West
610,174.87 m
North
3,435,410.74 m
East
610,274.87 m
South
3,435,310.74 m

Population snapshot

Latest state only

Population

Water compartments

Tissue nutrients & energy

Learning & behaviour

Retained parentage and deceased records are not lifetime birth or death totals. Decision and learning counters do not demonstrate a learned skill or verified discovery.

Advertising and personalised advertising are not enabled. Privacy notice →