The flow
A bee that holds A and buys B carries pollen from A to B. This plate adds up every grain of the hour, flower by flower.
demoDemo meadow, epoch of the hour. Every flower here is a demonstration.
one bee holds 0.4 % of A, buys B+0.40 %
three bees: 0.4 % + 0.2 % + 0.1 % of A0.70 %
a whale holds 6 % of A, buys Bcounts 1 %
Each grain weighs what the bee holds of A, up to 1 %, so one whale cannot carry the field. A pair (bee, A → B) counts once per hour.
demo rows send · columns receive · % of the sender's supply
Hover or focus a cell to read it.
Arrow keys move between cells. A cell is pAB: the summed weight of the grains its bees carried, in % of A's supply. Column totals add percentages of different flowers: they show who sent pollen, not a value.
The grains · Fig. 3
Every buy is checked against every flower the bee came from. A pair that fails one condition is refused, and the reason is kept. When in doubt, the grain is refused.
Counts of candidate pairs (bee, A → B) in the demo epoch. Most are bees that did not hold A long enough or enough of it: that is the rule doing its job.
Fruit and bloom · Fig. 4
A flower pollinated by 10 different flowers in one day bears a fruit.
Fruits and badges carry no money: they mark what the bees did.
These flows come from the real engine run on a demonstration meadow. On a real epoch, an independent witness recomputes the same matrix from the chain. Pollen is a record of what bees did: it moves no money.
The grain rule step by step is on How it works. Every rule is on Rules. To plant a flower on Stonks: Plant a flower.