bpm_analysis/_unicode_report.txt at main · WolfExplode/bpm_analysis · GitHub

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audio_preprocessing.py:87:69  [U+2013 EN DASH]  'eak detected in %.1f–%.1f Hz.", fmin, fm'
audio_preprocessing.py:122:33  [U+2013 EN DASH]  'malized frequency (0–1) for iirnotch\n'
audio_preprocessing.py:290:46  [U+2013 EN DASH]  'm removal (e.g., ~50–70 Hz mains / equip'
audio_preprocessing.py:314:31  [U+2011 NON-BREAKING HYPHEN]  'esample to a browser‑friendly sample rat'
audio_preprocessing.py:355:66  [U+2013 EN DASH]  'for S1-band (e.g. 20–60 Hz) and S2-band '
bpm_analysis.py:37:17  [U+201C LEFT DOUBLE QUOTATION MARK]  '            peak “strength” relative '
bpm_analysis.py:37:26  [U+201D RIGHT DOUBLE QUOTATION MARK]  '      peak “strength” relative to the lo'
bpm_analysis.py:42:33  [U+2011 NON-BREAKING HYPHEN]  'hed_dev_series: Time‑indexed series of n'
bpm_analysis.py:47:33  [U+2011 NON-BREAKING HYPHEN]  'omputing expected S1‑S2 and R‑R interval'
bpm_analysis.py:57:16  [U+2011 NON-BREAKING HYPHEN]  '            long‑term BPM belief evo'
bpm_analysis.py:61:27  [U+201C LEFT DOUBLE QUOTATION MARK]  '     to trigger the “cascade reset” safe'
bpm_analysis.py:61:41  [U+201D RIGHT DOUBLE QUOTATION MARK]  'r the “cascade reset” safety mechanism w'
bpm_analysis.py:65:27  [U+2011 NON-BREAKING HYPHEN]  '     set by the kick‑start recovery logi'
bpm_analysis.py:66:12  [U+201C LEFT DOUBLE QUOTATION MARK]  '            “Lone S1 only” mode.'
bpm_analysis.py:66:25  [U+201D RIGHT DOUBLE QUOTATION MARK]  '       “Lone S1 only” mode.\n'
bpm_analysis.py:67:72  [U+2011 NON-BREAKING HYPHEN]  'e last N accepted S1‑S2 intervals\n'
bpm_analysis.py:69:14  [U+2011 NON-BREAKING HYPHEN]  '            S1‑S2 interval once en'
bpm_analysis.py:94:23  [U+2013 EN DASH]  ' Scores candidate S1–S2 pairs and return'
bpm_analysis.py:98:66  [U+2011 NON-BREAKING HYPHEN]  'onfidence model self‑contained and\n'
bpm_analysis.py:132:27  [U+2011 NON-BREAKING HYPHEN]  '     - reason: multi‑line human‑readable'
bpm_analysis.py:223:20  [U+2011 NON-BREAKING HYPHEN]  '                # Re‑use Lone S1 ratio s'
bpm_analysis.py:272:32  [U+2013 EN DASH]  '    # For correct S1–S2: first peak shou'
bpm_analysis.py:284:99  [U+2212 MINUS SIGN]  'consistency:.2f}) → −{delta:.2f} → {conf'
bpm_analysis.py:455:34  [U+2011 NON-BREAKING HYPHEN]  'lookahead_msg: human‑readable summary of'
bpm_analysis.py:537:40  [U+2011 NON-BREAKING HYPHEN]  ': simpler prominence‑based reinterpretat'
bpm_analysis.py:963:98  [U+2014 EM DASH]  'Validated Lone S1 → —"]\n'
bpm_analysis.py:1470:33  [U+2013 EN DASH]  'rce bands: VLF 0.003–0.04, LF 0.04–0.15,'
bpm_analysis.py:1974:40  [U+2014 EM DASH]  'ains low throughout — no exertion/recove'
config.py:37:61  [U+2013 EN DASH]  ' S1 typical range 20–60 Hz.\n'
config.py:39:62  [U+2013 EN DASH]  ' S2 typical range 60–200 Hz.\n'
config.py:41:93  [U+2013 EN DASH]  ' energies support S1–S2.\n'
config.py:84:106  [U+2013 EN DASH]  'ase (literature ~1.0–1.7).\n'
config.py:113:37  [U+2212 MINUS SIGN]  'ased curve: |actual − expected|; inside '
config.py:178:67  [U+2014 EM DASH]  '...) for line traces—they cause noticeab'
plotting.py:335:64  [U+2014 EM DASH]  '...) for line traces—they cause noticeab'
plotting.py:1522:69  [U+2013 EN DASH]  '>Heartbeat Analysis – </span>\n'
validation.py:243:42  [U+2014 EM DASH]  '- t={formatted_t} s — **manual**: {true_'
validation.py:267:42  [U+2014 EM DASH]  '- t={formatted_t} s — **manual**: {true_'
validation.py:291:42  [U+2014 EM DASH]  '- t={formatted_t} s — **manual**: <none>'

Total: 39 occurrences in 5 files