Ladder

Instrument ceiling — the ladder

2 distinct arguments against one idea, from the one that introduces it to the one that assumes the rest.
  1. runglag window, in internodes0153045605/8rise 0.0131524read at 218/13rise 0.0052439read at 3013/21rise 0.00193963read at 45the default window: 30three teeth in, the larger number outgenerated from a stated rule, not drawn to look right

    The rung was not the instrument

    The previous phase said the pair readout has a ceiling one rung above where it works, that this is arithmetic rather than statistics, and that no amount of stem fixes it. The arithmetic is right and gives a band of lag windows that is never empty; what was actually stopping the reading was an eight-node seed and a grid of 384 azimuths.

    rung 1 · cylinder
  2. risefive stemsthe position counter0.0133845/85/85/85/85/85/80.01311525/85/85/85/85/85/80.0053848/138/138/138/138/138/130.00511528/138/138/138/138/138/130.0083845/85/85/80.00811528/138/135/8the previous phase's settingsgenerated from a stated rule, not drawn to look right

    What a sample grid decides

    The rule takes its minimum over 384 sampled azimuths, and that number has been a constant since this site's first commit. Tripling it changes nothing at the two rises the collection argues from — five runs of five, identical readings — and changes which answer appears at the one rise published as having no answer. A parameter of the program, measured rather than assumed.

    rung 2 · emergence

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