Planet
Retrieving Raw Values
- Inspect the element in the browser (Right-click -> Inspect)
- Use FIO API to retrieve the values
Fertility
$$ Fertility = RawFertility * \frac{10}{33} $$
Resource Extraction
These values assume 100% worker efficiency.
- Gaseous (COL): $DailyExtraction = (RawConcentration * 100) * 0.6$
- Other (RIG/EXT): $DailyExtraction = (RawConcentration * 100) * 0.7$
Resource Extraction Cycle Runtime
Each extraction building has a different base runtime:
- RIG: 4h48m (4.8h)
- COL: 6h
- EXT: 12h
Given a daily extraction value above, determine how many units per cycle. Example of Katoa & Etherwind:
- Katoa - 16.8 Oxygen/day: $\frac{16.8}{24h/6h} = 4.2\space O/6h$
- Etherwind - 27.0 Oxygen/day: $\frac{27.0}{24h/6h} = 6.75\space O/6h$
Now, “round up” the time to the nearest unit. Take the remainder and bring the time up proportionally.
Katoa: Since we’re 0.8 away from 5.0, we need to add 0.8 units worth of time. Since a single cycle is 4.2 O, we do: $6*\frac{0.8}{4.2}$, and add that time: $6h + (6h*\frac{0.8}{4.2}) = 5\space O/7.143h$
Etherwind: Since we’re 0.25 away from 7.0, we need to add 0.25 units worth of time. Since a single cycle is 6.72 O, we do: $6*\frac{0.25}{6.75}$, and add that time: $6h + (6h*\frac{0.25}{6.75}) = 7\space O/6.222h$
The above assumes 100% efficiency. For other efficiencies, you modify the calculated cycle time appropriately. So, if you were @ 150% efficiency, $7.143h$ becomes $\frac{7.143}{1.5}$ or $5\space O/4.762h$.