The second reading: the same columns at realistic levels
Under each family’s table is a second block (ADR-0042):
at realistic levels (bass 0.661 mid 0.575 treb 0.281 onset 0.145) — read the *gap* ... preset bass mid treb onset gates ceils occ Aurora 0.183 0.165 0.212 0.025 0 1 0 Ember 0.078 0.053 0.032 0.035 0 0 0The realistic levels changed meaning in Plan 0048. They are now fractions of each signal’s own recent peak (ADR-0049), not magnitudes, which is why they read
0.661where they used to read0.04. Any--reportnumber quoted in an older commit message, ADR Outcome or backlog entry was measured on the raw scale.
The four columns are measured exactly as the ones above, from stimuli set to
what real material produces instead of
to 1.0. The gap between the two rows is the reading, not either number
alone, and it has a direction:
| what you see | what it means |
|---|---|
| both healthy | the preset responds at levels it will actually meet |
| full scale lively, realistic ~0 | gained or gated against a magnitude music never reaches. This is the defect that hid six presets for months |
| realistic close to full scale | a compressive curve/smoothstep doing its job, or a binding already saturating at low input |
| realistic > full scale | something inverted or saturating — a parameter past its useful range at full scale, reading back down |
The last row is why the full-scale columns stayed. They also keep every number quoted in an older commit, ADR or backlog entry meaning what it said.
Two things this pair cannot see. beat is an event, not a magnitude, so it
is true in both readings — a beat-latched binding holds across the gap while an
onset-scaled one falls away, which is a distinction, not a fault. And the
band array is on its own scale: the low stimulus lights the spectrum slice
to the same level as the scalar, while real material’s per-band mean is 0.020
with peaks to 0.338, so a bin()-reading preset reads lower here than the
scalar gap suggests.
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