STM-610 / BASF PER528 raw impulse responses
Generated from uploaded files:
  Reference sweep: Sweep-96000-SLR-3,0s.wav
  Recorded sweep file: STM-610_BASF_PER528_new.wav inside STM-610_BASF_PER528_new.zip

Processing notes:
- 96 kHz stereo float32 WAV IRs.
- No EQ, compression, denoise, limiter, creative effect, or level normalization was applied.
- Frequency-domain deconvolution used the complete 3.000 s reference sweep.
- The 47.79 s recording contains 10 separate sweep captures, exported as take01..take10.
- raw_pre21ms versions keep the main impulse about 21 ms after the file start, roughly matching the earlier raw STM/BASF package behavior.
- peaktrim_pre10ms versions start 10 ms before the main impulse, useful when lower latency is preferred in a convolver.
- L/R mono files are included for each take, in addition to the stereo IRs.

Suggested first tests in Reaper/ReaVerb:
  1) Try take01..take10 raw_pre21ms_500ms files on the same dry source.
  2) Disable convolution/plugin auto-normalization.
  3) Compare peaktrim_pre10ms if the raw file delay is annoying.

Detected takes / basic stats:
take01: impulse_time=0.720125s, est_raw_start=0.699073s, output_peak=-8.08 dBFS, output_rms=-12.97 dBFS, recon_corr_L/R=0.99980/0.99991, recon_snr_L/R=34.04/37.58 dB
take02: impulse_time=4.786094s, est_raw_start=4.765042s, output_peak=-17.08 dBFS, output_rms=-22.53 dBFS, recon_corr_L/R=0.99992/0.99997, recon_snr_L/R=38.05/41.73 dB
take03: impulse_time=9.037594s, est_raw_start=9.016542s, output_peak=-26.89 dBFS, output_rms=-32.50 dBFS, recon_corr_L/R=0.99980/0.99993, recon_snr_L/R=33.96/38.58 dB
take04: impulse_time=13.060313s, est_raw_start=13.039260s, output_peak=-35.66 dBFS, output_rms=-42.49 dBFS, recon_corr_L/R=0.99841/0.99922, recon_snr_L/R=24.98/28.06 dB
take05: impulse_time=17.056396s, est_raw_start=17.035344s, output_peak=-10.56 dBFS, output_rms=-15.70 dBFS, recon_corr_L/R=0.99992/0.99994, recon_snr_L/R=38.02/39.11 dB
take06: impulse_time=21.758708s, est_raw_start=21.737656s, output_peak=-5.63 dBFS, output_rms=-10.36 dBFS, recon_corr_L/R=0.99947/0.99974, recon_snr_L/R=29.73/32.84 dB
take07: impulse_time=27.260646s, est_raw_start=27.239594s, output_peak=-4.74 dBFS, output_rms=-9.58 dBFS, recon_corr_L/R=0.99929/0.99964, recon_snr_L/R=28.46/31.38 dB
take08: impulse_time=32.406104s, est_raw_start=32.385052s, output_peak=-3.13 dBFS, output_rms=-8.09 dBFS, recon_corr_L/R=0.99847/0.99918, recon_snr_L/R=25.14/27.86 dB
take09: impulse_time=38.148698s, est_raw_start=38.127646s, output_peak=-2.46 dBFS, output_rms=-7.43 dBFS, recon_corr_L/R=0.99783/0.99864, recon_snr_L/R=23.64/25.65 dB
take10: impulse_time=43.083958s, est_raw_start=43.062906s, output_peak=-2.25 dBFS, output_rms=-6.87 dBFS, recon_corr_L/R=0.99705/0.99683, recon_snr_L/R=22.29/21.98 dB
