✦ How Tree Output Varies ✦

Harvest output isn't a fixed number. Each cycle a tree drops a quantity and takes a duration, and both are drawn from independent normal distributions centered on the listed averages β€” standard deviation 12.5% on each, clamped at Β±2Οƒ. Pick a tree below to see its ideal output distribution.

✦ Tree ✦
✦ $/hour Distribution ✦
Percentile $/hour vs midpoint
Min (βˆ’2Οƒ) β€” β€”
5th β€” β€”
25th β€” β€”
50th (median) β€” midpoint
75th β€” β€”
95th β€” β€”
Max (+2Οƒ) β€” β€”
Mean β€” β€”
✦ Tier Thresholds ✦

Each harvest rolls a value from the distribution above. The named tiers mark specific percentile cutoffs in the right tail of the $/hour distribution. Roll percentages reflect how often a single cycle lands at or beyond each threshold.

Prime tier
Prime
75th percentile Β· 1 in 4
β€”
β€”
Omega tier
Omega
93.75th percentile Β· ~1 in 16
β€”
β€”
Apex tier
Apex
99th percentile Β· 1 in 100
β€”
β€”
OP tier
OP
Clamped max Β· ~1 in 2,000
β€”
β€”

OP requires both rolls to hit their +2Οƒ extreme simultaneously (drop at maximum and duration at minimum). With a Β±2Οƒ clamp on independent normals, that joint event lands roughly once every 2,000 cycles.

✦ Component Distributions ✦

$/hour combines two independent normal variables: $/hour = drop Β· value Β· 3600 / duration. The division by duration makes the resulting distribution right-skewed even though the two inputs are symmetric.

Drop amount per cycle
Cycle duration (s)