Phyllotaxis
the spirals are counted, not admired
Generator

ratio-by-grid

The comb ratio and the recorded divergence scatter at a rise of 0.005, against how finely the rule samples the circle when it takes its minimum. At 384 azimuths — the grid every flat run on this site uses, and the grid the previous phase's 0.65 was measured on — the step is 0.94°, which is larger than the 0.25° disturbance the stems carry. The quantisation is white noise, it dilutes both combs, and it does not dilute them equally. The ratio settles at 0.82 from 1152 azimuths up, and the scatter loses 0.19° that belonged to the grid rather than to the stem.
At 384 azimuths the ratio is 0.62; converged it is 0.82The comb ratio and the recorded divergence scatter at a rise of 0.005, against how finely the rule samples the circle when it takes its minimum. At 384 azimuths — the grid every flat run on this site uses, and the grid the previous phase's 0.65 was measured on — the step is 0.94°, which is larger than the 0.25° disturbance the stems carry. The quantisation is white noise, it dilutes both combs, and it does not dilute them equally. The ratio settles at 0.82 from 1152 azimuths up, and the scatter loses 0.19° that belonged to the grid rather than to the stem.0.4000.6000.8001azimuths the rule samples the circle at (logarithmic)ratio, and the scatter a protractor would record, in degrees384768115215362304ratioscatterthis phase works hererise 0.005 · 5 stems a pointgenerated from a stated rule, not drawn to look right

Drawn at its defaults, in the ratio, across a rung. It takes no options at all, so every essay calling it gets this exact drawing.

Called by 3 essays

the blast radius of changing it

The claims, measured

The survey loses its second outcome

The specification written one phase ago names three results the survey could return, and the second — a ratio near or above 1.30, read as evidence against the placement rule — is the one that would have been worth publishing. It does not survive this phase. The ratio moves with where the plant sits between two transitions, and it moves again with the colour of the plant's own disturbance.

 Stems and cones

The ratio was the floor of a curve

The last phase left one number standing between a placement rule and a transported disturbance, measured at one rise, with the explanation that the geometry there happens to favour the larger parastichy number. Swept across two rungs the number is a U — a floor of about 0.79 two thirds of the way up a rung, climbing past 2.8 as a transition approaches — and the geometry is flat exactly where the curve is steepest.

 Stems and cones

The grid was in the number

The rule places each organ at the least of a profile sampled at a fixed number of azimuths, and every flat run on this site samples 384 of them — a step of 0.94°, against a disturbance of a quarter of a degree. The quantisation is the larger of the two, it is white, and it moves the discriminator from 0.79 to 0.62. The convergence study the last phase asked for, in the place it turned out to matter.

All 144 generators