(Classical) Ludwig van Beethoven: Piano Sonatas № 23, 28, 30 & 31 (Solomon Cutner (Solomon)) — 2000, FLAC (image+.cue) lossless

REM GENRE "Classical"
REM DATE 2000
PERFORMER "Solomon"
TITLE "Beethoven Piano Sonatas № 23, 28, 30, & 31"
FILE "CD.flac" WAVE
  TRACK 01 AUDIO
    TITLE "Piano Sonata № 23 а-moll Op. 57 «Appassionata» – I. Allegro assai"
    INDEX 01 00:00:00
  TRACK 02 AUDIO
    TITLE "Piano Sonata № 23 а-moll Op. 57 «Appassionata» – II Andante con moto"
    INDEX 01 08:48:10
  TRACK 03 AUDIO
    TITLE "Piano Sonata № 23 а-moll Op. 57 «Appassionata» – III Allegro ma non troppo"
    INDEX 01 16:05:17
  TRACK 04 AUDIO
    TITLE "Piano Sonata № 28 A-Dur Op. 101 – I. Allegretto ma non troppo"
    INDEX 01 21:05:25
  TRACK 05 AUDIO
    TITLE "Piano Sonata № 28 A-Dur Op. 101 – II. Vivace alla marcia"
    INDEX 01 24:47:65
  TRACK 06 AUDIO
    TITLE "Piano Sonata № 28 A-Dur Op. 101 – III. Adagio ma non troppo"
    INDEX 01 30:17:10
  TRACK 07 AUDIO
    TITLE "Piano Sonata № 28 A-Dur Op. 101 – IV. Allegro ma non troppo"
    INDEX 01 32:24:25
  TRACK 08 AUDIO
    TITLE "Piano Sonata № 30 E-Dur Op. 109 – I. Vivace ma non troppo"
    INDEX 01 40:03:12
  TRACK 09 AUDIO
    TITLE "Piano Sonata № 30 E-Dur Op. 109 – II. Prestissimo"
    INDEX 01 43:40:42
  TRACK 10 AUDIO
    TITLE "Piano Sonata № 30 E-Dur Op. 109 – III. Gesangvoll, mit innigster Empfindung"
    INDEX 01 45:55:27
  TRACK 11 AUDIO
    TITLE "Piano Sonata № 31 As-Dur Op. 110 – I. Moderato cantabile, molto espressivo"
    INDEX 01 59:15:42
  TRACK 12 AUDIO
    TITLE "Piano Sonata № 31 As-Dur Op. 110 – II. Allegro molto"
    INDEX 01 66:23:47
  TRACK 13 AUDIO
    TITLE "Piano Sonata № 31 As-Dur Op. 110 – III. Adagio ma non troppo"
    INDEX 01 68:23:12
  TRACK 14 AUDIO
    TITLE "Piano Sonata № 31 As-Dur Op. 110 – IV. Fuga. Allegro ma non troppo"
    INDEX 01 72:35:00

fooCDtect - foobar2000 + auCDtect, baralgin.
auCDtect: CD records authenticity detector, version 0.8.2
Copyright (c) 2004 Oleg Berngardt. All rights reserved.
Copyright (c) 2004 Alexander Djourik. All rights reserved.
     mode: 0
===========================================
    Track: 01 Piano Sonata № 23 а-moll Op. 57 «Appassionata» – I. Allegro assai
Processing file: [01 Piano Sonata № 23 а-moll Op. 57 «Appassionata» – I. Allegro assai.aucdtect]
Detected average hi-boundary frequency: 2.034823e+004 Hz
Detected average lo-boundary frequency: 1.271391e+004 Hz
Detected average hi-cut frequency: 1.990154e+004 Hz
Detected average lo-cut frequency: 4.548169e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 1.583781e+000
First order smothness: 3.889378e-001
Second order smothness: 6.330809e-001
------------------------------------------------------------
This track looks like MPEG with probability 92%
===========================================
    Track: 02 Piano Sonata № 23 а-moll Op. 57 «Appassionata» – II Andante con moto
Processing file: [02 Piano Sonata № 23 а-moll Op. 57 «Appassionata» – II Andante con moto.aucdtect]
Detected average hi-boundary frequency: 2.030852e+004 Hz
Detected average lo-boundary frequency: 1.229310e+004 Hz
Detected average hi-cut frequency: 1.992835e+004 Hz
Detected average lo-cut frequency: 2.784639e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.087391e+000
First order smothness: 3.892076e-001
Second order smothness: 6.169535e-001
------------------------------------------------------------
This track looks like CDDA with probability 43%
===========================================
    Track: 03 Piano Sonata № 23 а-moll Op. 57 «Appassionata» – III Allegro ma non troppo
Processing file: [03 Piano Sonata № 23 а-moll Op. 57 «Appassionata» – III Allegro ma non troppo.aucdtect]
Detected average hi-boundary frequency: 2.033875e+004 Hz
Detected average lo-boundary frequency: 1.277765e+004 Hz
Detected average hi-cut frequency: 1.984483e+004 Hz
Detected average lo-cut frequency: 5.583512e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.002174e+000
First order smothness: 3.753094e-001
Second order smothness: 6.345916e-001
------------------------------------------------------------
This track looks like CDDA with probability 49%
===========================================
    Track: 04 Piano Sonata № 28 A-Dur Op. 101 – I. Allegretto ma non troppo
Processing file: [04 Piano Sonata № 28 A-Dur Op. 101 – I. Allegretto ma non troppo.aucdtect]
Detected average hi-boundary frequency: 2.029739e+004 Hz
Detected average lo-boundary frequency: 1.148366e+004 Hz
Detected average hi-cut frequency: 1.982351e+004 Hz
Detected average lo-cut frequency: 3.243696e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.250869e+000
First order smothness: 4.215359e-001
Second order smothness: 6.268781e-001
------------------------------------------------------------
This track looks like MPEG with probability 89%
===========================================
    Track: 05 Piano Sonata № 28 A-Dur Op. 101 – II. Vivace alla marcia
Processing file: [05 Piano Sonata № 28 A-Dur Op. 101 – II. Vivace alla marcia.aucdtect]
Detected average hi-boundary frequency: 2.028472e+004 Hz
Detected average lo-boundary frequency: 1.166014e+004 Hz
Detected average hi-cut frequency: 1.985139e+004 Hz
Detected average lo-cut frequency: 4.618923e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 1.725782e+000
First order smothness: 4.106035e-001
Second order smothness: 6.582064e-001
------------------------------------------------------------
This track looks like MPEG with probability 90%
===========================================
    Track: 06 Piano Sonata № 28 A-Dur Op. 101 – III. Adagio ma non troppo
Processing file: [06 Piano Sonata № 28 A-Dur Op. 101 – III. Adagio ma non troppo.aucdtect]
Detected average hi-boundary frequency: 2.041917e+004 Hz
Detected average lo-boundary frequency: 1.170609e+004 Hz
Detected average hi-cut frequency: 1.993874e+004 Hz
Detected average lo-cut frequency: 2.731457e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.322282e+000
First order smothness: 4.094891e-001
Second order smothness: 6.379562e-001
------------------------------------------------------------
This track looks like MPEG with probability 93%
===========================================
    Track: 07 Piano Sonata № 28 A-Dur Op. 101 – IV. Allegro ma non troppo
Processing file: [07 Piano Sonata № 28 A-Dur Op. 101 – IV. Allegro ma non troppo.aucdtect]
Detected average hi-boundary frequency: 2.034954e+004 Hz
Detected average lo-boundary frequency: 1.180868e+004 Hz
Detected average hi-cut frequency: 1.984309e+004 Hz
Detected average lo-cut frequency: 3.931758e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.187825e+000
First order smothness: 4.238009e-001
Second order smothness: 6.174863e-001
------------------------------------------------------------
This track looks like MPEG with probability 90%
===========================================
    Track: 08 Piano Sonata № 30 E-Dur Op. 109 – I. Vivace ma non troppo
Processing file: [08 Piano Sonata № 30 E-Dur Op. 109 – I. Vivace ma non troppo.aucdtect]
Detected average hi-boundary frequency: 2.041643e+004 Hz
Detected average lo-boundary frequency: 1.135848e+004 Hz
Detected average hi-cut frequency: 1.973055e+004 Hz
Detected average lo-cut frequency: 3.896164e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 1.821280e+000
First order smothness: 4.246049e-001
Second order smothness: 6.433148e-001
------------------------------------------------------------
This track looks like MPEG with probability 99%
===========================================
    Track: 09 Piano Sonata № 30 E-Dur Op. 109 – II. Prestissimo
Processing file: [09 Piano Sonata № 30 E-Dur Op. 109 – II. Prestissimo.aucdtect]
Detected average hi-boundary frequency: 2.030854e+004 Hz
Detected average lo-boundary frequency: 1.236507e+004 Hz
Detected average hi-cut frequency: 1.962235e+004 Hz
Detected average lo-cut frequency: 4.044478e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.107905e+000
First order smothness: 3.657025e-001
Second order smothness: 6.411846e-001
------------------------------------------------------------
This track looks like MPEG with probability 90%
===========================================
    Track: 10 Piano Sonata № 30 E-Dur Op. 109 – III. Gesangvoll, mit innigster Empfindung
Processing file: [10 Piano Sonata № 30 E-Dur Op. 109 – III. Gesangvoll, mit innigster Empfindung.aucdtect]
Detected average hi-boundary frequency: 2.034000e+004 Hz
Detected average lo-boundary frequency: 1.195411e+004 Hz
Detected average hi-cut frequency: 1.985402e+004 Hz
Detected average lo-cut frequency: 3.314175e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.093072e+000
First order smothness: 4.137651e-001
Second order smothness: 6.218663e-001
------------------------------------------------------------
This track looks like MPEG with probability 89%
===========================================
    Track: 11 Piano Sonata № 31 As-Dur Op. 110 – I. Moderato cantabile, molto espressivo
Processing file: [11 Piano Sonata № 31 As-Dur Op. 110 – I. Moderato cantabile, molto espressivo.aucdtect]
Detected average hi-boundary frequency: 2.030155e+004 Hz
Detected average lo-boundary frequency: 1.113017e+004 Hz
Detected average hi-cut frequency: 2.004579e+004 Hz
Detected average lo-cut frequency: 3.514030e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.298895e+000
First order smothness: 4.363202e-001
Second order smothness: 6.394012e-001
------------------------------------------------------------
This track looks like CDDA with probability 43%
===========================================
    Track: 12 Piano Sonata № 31 As-Dur Op. 110 – II. Allegro molto
Processing file: [12 Piano Sonata № 31 As-Dur Op. 110 – II. Allegro molto.aucdtect]
Detected average hi-boundary frequency: 2.034910e+004 Hz
Detected average lo-boundary frequency: 1.204019e+004 Hz
Detected average hi-cut frequency: 2.017443e+004 Hz
Detected average lo-cut frequency: 4.794835e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.277240e+000
First order smothness: 3.947164e-001
Second order smothness: 6.371406e-001
------------------------------------------------------------
This track looks like CDDA with probability 86%
===========================================
    Track: 13 Piano Sonata № 31 As-Dur Op. 110 – III. Adagio ma non troppo
Processing file: [13 Piano Sonata № 31 As-Dur Op. 110 – III. Adagio ma non troppo.aucdtect]
Detected average hi-boundary frequency: 2.026428e+004 Hz
Detected average lo-boundary frequency: 1.113933e+004 Hz
Detected average hi-cut frequency: 2.017538e+004 Hz
Detected average lo-cut frequency: 2.520828e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.308861e+000
First order smothness: 4.199853e-001
Second order smothness: 6.146755e-001
------------------------------------------------------------
This track looks like CDDA with probability 86%
===========================================
    Track: 14 Piano Sonata № 31 As-Dur Op. 110 – IV. Fuga. Allegro ma non troppo
Processing file: [14 Piano Sonata № 31 As-Dur Op. 110 – IV. Fuga. Allegro ma non troppo.aucdtect]
Detected average hi-boundary frequency: 2.031245e+004 Hz
Detected average lo-boundary frequency: 1.209062e+004 Hz
Detected average hi-cut frequency: 2.009534e+004 Hz
Detected average lo-cut frequency: 3.799645e+003 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.289187e+000
First order smothness: 3.979449e-001
Second order smothness: 6.226063e-001
------------------------------------------------------------
This track looks like CDDA with probability 92%
===========================================