PyOctaveBand/.github/ at docs/audit-bilingual · jmrp.io/PyOctaveBand

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docs: bilingual EN/ES consistency batch Audit batch 7 - the Spanish side catches up with the English one: Content drift: the five per-architecture filter figures join the ES filter-banks guide; the missing outdoor-propagation card joins the ES index (7 cards on both sides); the sound-power card says five methods in both languages (it said three since before ISO 3745/9614-3). Decimals: the four prose dot-decimals and four code-comment comma-decimals fixed per convention, and the systematic LaTeX {,} migration lands - 146 conversions across 16 ES files, every hit manually reviewed (clause numbers, standard designations, def.: literals and code identifiers deliberately untouched; zero \d.\d remain in ES math). The theory band-edge table keeps points (it mirrors a code snippet's printed output); the why-phonometry report tables convert to commas (prose). Terminology unified: fonios, diezmado (including the divergent multirate alt pair), umbral de audicion, banda atenuada, nivel de evaluacion (including the rendered NT ACOU 112 ES diagram - the generator string is fixed and only that SVG pair regenerated), sharpness (agudeza), and clausula/apartado unified per file majority (theory: clausula; api: apartado). Code comments: 22 English comments translated across gum-uncertainty, hearing-threshold, noise-induced-hearing-loss, room-noise and occupational-exposure ES (the occupational f-string outputs were re-executed and match the echoed comments byte-for-byte).

2 weeks ago

scripts

Scattering/diffusion, in-situ road absorption & precision sound power (ISO 17497-1/-2, ISO 13472-1/-2, ISO 3745, ISO 9614-3) (#92) Clean-room ISO 17497-1/-2 (scattering & diffusion), ISO 13472-1/-2 (in-situ road absorption) and ISO 3745 / 9614-3 (precision sound power). Plottable result objects with .plot(), single-concept documentation figures with dual-snippet <details>, 12 new conformance checks (60/60), and 6 experimental-setup diagrams. All subagent-reviewed and visually validated. https://claude.ai/code/session_01JJLhQzF5hTdnEi3bfmqnqm

2 weeks ago

workflows

Audit pass 4c: final identifier sweep against the naming convention (#113) * refactor: final identifier sweep against the naming convention Audit batch 4c — the remaining non-conforming identifiers, closing the library-wide rename batch: - public constants drop the unit suffix (units belong in docstrings): OCTAVE_BANDS, THIRD_OCTAVE_BANDS (absorption_rating) and BASE_PLATE_BANDS (scattering_diffusion), with PEP 562 __getattr__ shims in the home modules and at the package root; plain import stays warning-free (verified with -W error) - sii.BAND_CENTRES -> BAND_CENTERS (American spelling, module shim); the private road_absorption centres constant renames directly - ExposureWarning -> OccupationalExposureWarning; the module __getattr__ returns the same class object so isinstance/except and warning filters via the old name keep matching - multiple_shock_vibration reuses hearing.SEXES instead of a private duplicate - tests/reference_data.py families gain their standard designations (ANSIS3_5_*, ANSIS12_2_*, NTACOU112_*, ISO7029_*, ISO389_7_*) - misleading test files renamed: test_parametrized_signals.py (it never tested parametric_filters) and test_loudness_contours.py (1:1 with its module); scripts/gen_llms.py -> generate_llms.py (workflow and Makefile updated) - conformance internals catch up (_chk_impulse_*) and an internal use of the deprecated expanded_uncertainty alias is migrated Flagged and deliberately left: REFERENCE_DURATION_S (the mixed-units carve-out applies - seconds and hours coexist in the exposure API) and the private British 'unfavourable' constants (ISO 717/11654 normative wording; private tables are named after the standard). Six new alias tests (root and module access, class identity, the AttributeError path). * test: anchor the renamed band tables value-by-value The tests around the renamed constants asserted lengths or spot values; they now pin every element (nominal one-third-octave and base-plate bands, the SII band centers, and the per-impulse Formula 1 values), verified against the code, so an accidental table edit cannot pass (Gemini).

2 weeks ago

FUNDING.yml

docs: bilingual EN/ES consistency batch Audit batch 7 - the Spanish side catches up with the English one: Content drift: the five per-architecture filter figures join the ES filter-banks guide; the missing outdoor-propagation card joins the ES index (7 cards on both sides); the sound-power card says five methods in both languages (it said three since before ISO 3745/9614-3). Decimals: the four prose dot-decimals and four code-comment comma-decimals fixed per convention, and the systematic LaTeX {,} migration lands - 146 conversions across 16 ES files, every hit manually reviewed (clause numbers, standard designations, def.: literals and code identifiers deliberately untouched; zero \d.\d remain in ES math). The theory band-edge table keeps points (it mirrors a code snippet's printed output); the why-phonometry report tables convert to commas (prose). Terminology unified: fonios, diezmado (including the divergent multirate alt pair), umbral de audicion, banda atenuada, nivel de evaluacion (including the rendered NT ACOU 112 ES diagram - the generator string is fixed and only that SVG pair regenerated), sharpness (agudeza), and clausula/apartado unified per file majority (theory: clausula; api: apartado). Code comments: 22 English comments translated across gum-uncertainty, hearing-threshold, noise-induced-hearing-loss, room-noise and occupational-exposure ES (the occupational f-string outputs were re-executed and match the echoed comments byte-for-byte).

2 weeks ago

dependabot.yml

2 weeks ago

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