e909c7c133
Nothing here changes what a tool computes; it changes where tools look. - tools/re-capture: 33 censuses globbed /work/sylph_extract, a path that has existed nowhere since /work became a clone, so they matched nothing and printed empty results. They now resolve the disc through a new disc.py from $SYLPHEED_DISC and exit loudly without it (the #44 fix, generalised). Nine scripts that imported siblings from the retired Reborn checkout or an old session scratchpad now import from their own directory. unitgroup.py only needs the variable when --pak is not given. - sylpheed-xex: the loader only ever uses the XEX2 retail key. The dead devkit key and a doc comment claiming a devkit fallback that does not exist are gone; Project Sylpheed is a retail XEX2, so no XEX1 key either. - sylpheed-viewer: real_font_rasterizes looked for /tmp/sylph_extract and so always skipped. It reads $SYLPHEED_DISC now, and passes against the disc. - Comments and docs that named xenia-rs, the Reborn repository or /work/*.pe as places to look now name sylpheed.db, Canary's ppc_context.h and the flat .pe; docs/re/README.md no longer says the native Canary build does not run. Historical records keep their original paths: findings that were measured against /work/xenia-rs/sylpheed.db still say so. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
33 lines
1.3 KiB
Python
Executable File
33 lines
1.3 KiB
Python
Executable File
#!/usr/bin/env python3
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"""Every BGM bank's sub-wave structure: count, bytes, PsuedoBytesPerSec, seconds.
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Static, disc-only. See docs/re/structures/bgm-two-stems.md."""
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import os, sys, struct
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from disc import disc_root
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_SD = os.path.dirname(os.path.abspath(__file__))
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sys.path.insert(0, _SD)
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exec(open(os.path.join(_SD, "slb_segment_phase.py")).read().split("def cmd_phases")[0])
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pak=Pak(disc_root() + "/dat/sound.pak")
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def bps(b, riff_at):
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# PsuedoBytesPerSec at RIFF+0x20 (u32 LE), SampleRate at +0x24
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return struct.unpack_from("<I", b, riff_at+0x20)[0], struct.unpack_from("<I", b, riff_at+0x24)[0]
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rows=[]
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for n in list(range(1,60))+list(range(101,120)):
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name=f"BGM_{n:03d}.slb"
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i=pak.find(name)
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if i is None: continue
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b=pak.read(i); ws=waves(b)
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ds=[]
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for w in ws:
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pb,sr=bps(b,w["at"])
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ds.append((w["data_size"], pb, sr, w["data_size"]/pb if pb else 0))
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rows.append((name,len(ws),ds))
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print(f"{'bank':14s} {'waves':>5s} per-wave (bytes, bytes/s, Hz, seconds)")
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same=0
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for name,k,ds in rows:
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txt=" | ".join(f"{d:8d} {pb:6d} {sr:5d} {sec:7.2f}s" for d,pb,sr,sec in ds)
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eq = len(ds)==2 and abs(ds[0][3]-ds[1][3])<0.05
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same += eq
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print(f"{name:14s} {k:5d} {txt} {'EQUAL-LENGTH' if eq else ''}")
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print(f"\n{len(rows)} BGM banks; {same} are exactly two waves of equal duration")
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