4095df8b10
site_audit's headless false-negative is fixed by the browser front-end (A's loadSite/createWorld landed in main — that was all it waited on), and fixing it surfaced a worse bug underneath: the sweep built its wind from the STORM def alone and never called setVenturi, which main.js:424 does at every site load. The venturi is SITE data, so every site_02 audit ever run — including the numbers quoted at C in SPRINT10 — was of a corner block with no gap. The SPRINT6 p1=7.4kN failure inverted: there the tool called a good site unriggable, here it called a mean site cheap. - sweep.js: setVenturi on both winds (the gap doesn't switch off for the settle); both front-ends pass the site's funnel and print it, so a funnelled run is legible as one. - sweep.selftest.js (new, wired into b.test.js): the auditor gets an auditor. Funnel must strictly raise every corner; a funnel-less site must be byte-identical. Verified it fails when the setVenturi calls are deleted. - rigging.js: setWorld(world) + session.setBudget(n)/setAnchors() — A's two asks. Markers are rebuilt (the anchor set changes across sites) and disposed; stale picks die with the old yard. Deletes A's "one private touch" into this module. - dev_rigging.html: dead since SPRINT10 (called createWorld without a site, which now throws) and nothing noticed, because a dev page has no selftest to go red. Fixed, dressed, and given the site switch it should have had (N = next yard). Verdict for C/A, in THREADS: site_02 PASSES with the funnel on — 64 of 66 lines affordable, cheapest $20. The funnel kills nothing, so the gain does NOT need dropping and E's tree stays put. It's a reach problem, not a gain problem: the throat's radius is 5 m and the bed centre is 6.08 m away, so the gap screams over the carport at +50% and reaches the garden at +0.0%. selftest 300/0/0 (296 + 4 new).
39 lines
2.1 KiB
JavaScript
39 lines
2.1 KiB
JavaScript
/**
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* Lane B selftests — cloth, corner loads, failure cascade, prep economy.
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*
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* The asserts themselves live next to the code they test, in
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* `js/sail.selftest.js` and `js/rigging.selftest.js`, exported as [name, fn]
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* pairs. This file is only the adapter that hands them to Lane A's Suite.
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*
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* The reason for the indirection: those two modules also run under plain
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* `node web/world/js/sail.selftest.js` — no browser, no server, no renderer,
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* ~6 s — which is how the cloth got proven before M0 landed. Keeping the
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* asserts there means the browser suite and the headless suite can never drift,
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* because they are literally the same array.
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*
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* PLAN3D §5-B asked for three asserts. All three are in there, plus a statics
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* balance that pins the load meter to real newtons:
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* 1. hypar sheds load — scored on WORST CASE over eight wind directions
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* rather than one, because Lane C's storms veer and the player never gets
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* to pick the wind. Per-direction would be a false assert: a flat sail
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* sitting edge-on to the wind genuinely has low drag and beats the hypar
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* from that one angle. Worst-case is what the hardware has to survive.
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* 2. cascade — break a corner at fixed t, a neighbour's load spikes >= 2x.
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* 3. determinism — byte-equal load traces, plus ragged frame dt converging on
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* the fixed-dt trace (Lane A's render loop delivers ragged dt, so the
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* accumulator has to absorb it or none of this applies to the real game).
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*/
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import { SAIL_TESTS } from '../sail.selftest.js';
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import { RIGGING_TESTS } from '../rigging.selftest.js';
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import { SWEEP_TESTS } from '../../../../tools/site_audit/sweep.selftest.js';
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/** @param {import('../testkit.js').Suite} t */
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export default function run(t) {
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for (const [name, fn] of SAIL_TESTS) t.test(name, fn);
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for (const [name, fn] of RIGGING_TESTS) t.test(`rigging: ${name}`, fn);
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// site_audit's own sweep. SPRINT11: the tool was flying site_02 with the
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// venturi switched off — the auditor needed an auditor. See sweep.selftest.js.
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for (const [name, fn] of SWEEP_TESTS) t.test(`site_audit: ${name}`, fn);
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}
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