dragut · 17-Янв-09 16:50(16 лет 3 месяца назад, ред. 25-Янв-09 12:28)
Giuseppe Verdi - La traviata (Riccardo Muti, 1982) Жанр: Opera Тип релиза: CDDA [PCM (WAV) 16 bit / 44100 Hz / 1411 kb/s] Аудио кодек: APE Тип рипа: image+.cue Битрейт аудио: lossless Продолжительность: 129' Диск:
℗ 1982 - Original sound recording made by EMI Records Ltd.
Ah, non piu... Ah! Gran Dio! Morir si giovine - 04:40
Ah, Violetta!...Voi, signor! - 01:45
Prendi, quest'è l'immagine - 04:23
Технические детали релиза
Waveform and spectral view
Диск 1
Диск 2
Отчёты EAC
Диск 1
Код:
Exact Audio Copy V0.99 prebeta 4 from 23. January 2008 EAC extraction logfile from 17. January 2009, 4:26 Riccardo Muti, Renata Scotto, Alfredo Kraus & Philharmonia Orchestra / Giuseppe Verdi - La traviata CD1 Used drive : Optiarc DVD RW AD-7170A Adapter: 0 ID: 1 Read mode : Secure
Utilize accurate stream : Yes
Defeat audio cache : Yes
Make use of C2 pointers : No Read offset correction : 48
Overread into Lead-In and Lead-Out : No
Fill up missing offset samples with silence : Yes
Delete leading and trailing silent blocks : No
Null samples used in CRC calculations : Yes
Used interface : Installed external ASPI interface Used output format : Internal WAV Routines
Sample format : 44.100 Hz; 16 Bit; Stereo TOC of the extracted CD Track | Start | Length | Start sector | End sector
---------------------------------------------------------
1 | 0:00.00 | 3:50.25 | 0 | 17274
2 | 3:50.25 | 4:41.40 | 17275 | 38389
3 | 8:31.65 | 2:49.67 | 38390 | 51131
4 | 11:21.57 | 2:09.53 | 51132 | 60859
5 | 13:31.35 | 3:12.52 | 60860 | 75311
6 | 16:44.12 | 1:10.35 | 75312 | 80596
7 | 17:54.47 | 1:38.08 | 80597 | 87954
8 | 19:32.55 | 1:30.40 | 87955 | 94744
9 | 21:03.20 | 5:13.50 | 94745 | 118269
10 | 26:16.70 | 1:14.67 | 118270 | 123886
11 | 27:31.62 | 3:30.05 | 123887 | 139641
12 | 31:01.67 | 2:06.00 | 139642 | 149091
13 | 33:07.67 | 2:06.05 | 149092 | 158546
14 | 35:13.72 | 3:40.58 | 158547 | 175104
15 | 38:54.55 | 4:10.57 | 175105 | 193911
16 | 43:05.37 | 1:56.45 | 193912 | 202656
17 | 45:02.07 | 2:09.05 | 202657 | 212336
18 | 47:11.12 | 2:40.65 | 212337 | 224401
19 | 49:52.02 | 4:18.28 | 224402 | 243779
20 | 54:10.30 | 4:53.47 | 243780 | 265801
21 | 59:04.02 | 1:43.48 | 265802 | 273574
22 | 60:47.50 | 2:29.64 | 273575 | 284813 Range status and errors Selected range Filename E:\CD1Image.wav Peak level 96.5 %
Range quality 100.0 %
Copy CRC D7E3D274
Copy OK No errors occurred AccurateRip summary Track 1 cannot be verified as accurate (confidence 2) [D6CC669D], AccurateRip returned [97C046F5]
Track 2 cannot be verified as accurate (confidence 2) [7A65B0CF], AccurateRip returned [E4F16887]
Track 3 cannot be verified as accurate (confidence 2) [88A88EAE], AccurateRip returned [61023A29]
Track 4 cannot be verified as accurate (confidence 2) [B688083D], AccurateRip returned [F52951D9]
Track 5 cannot be verified as accurate (confidence 2) [166A356F], AccurateRip returned [42592C5A]
Track 6 cannot be verified as accurate (confidence 2) [0E04C3ED], AccurateRip returned [73C74B21]
Track 7 cannot be verified as accurate (confidence 2) [9A0CE246], AccurateRip returned [8CBF0F46]
Track 8 cannot be verified as accurate (confidence 2) [D415B0E3], AccurateRip returned [DF4B3667]
Track 9 cannot be verified as accurate (confidence 2) [711C25B3], AccurateRip returned [886A6260]
Track 10 cannot be verified as accurate (confidence 2) [C3CB765C], AccurateRip returned [94516A9E]
Track 11 cannot be verified as accurate (confidence 2) [2E8CF691], AccurateRip returned [254AAF84]
Track 12 cannot be verified as accurate (confidence 2) [23AAB7AE], AccurateRip returned [830A0398]
Track 13 not present in database
Track 14 not present in database
Track 15 not present in database
Track 16 not present in database
Track 17 not present in database
Track 18 not present in database
Track 19 not present in database
Track 20 not present in database
Track 21 cannot be verified as accurate (confidence 2) [F50C767B], AccurateRip returned [A4EE65B9]
Track 22 cannot be verified as accurate (confidence 2) [11DD6A3F], AccurateRip returned [FB7879A2] 14 track(s) could not be verified as accurate
8 track(s) not present in the AccurateRip database No tracks could be verified as accurate
You may have a different pressing from the one(s) in the database End of status report
Диск 2
Код:
Exact Audio Copy V0.99 prebeta 4 from 23. January 2008 EAC extraction logfile from 16. January 2009, 19:11 Riccardo Muti, Renata Scotto, Alfredo Kraus & Philharmonia Orchestra / Giuseppe Verdi - La traviata CD2 Used drive : Optiarc DVD RW AD-7170A Adapter: 0 ID: 1 Read mode : Secure
Utilize accurate stream : Yes
Defeat audio cache : Yes
Make use of C2 pointers : No Read offset correction : 48
Overread into Lead-In and Lead-Out : No
Fill up missing offset samples with silence : Yes
Delete leading and trailing silent blocks : No
Null samples used in CRC calculations : Yes
Used interface : Installed external ASPI interface Used output format : Internal WAV Routines
Sample format : 44.100 Hz; 16 Bit; Stereo TOC of the extracted CD Track | Start | Length | Start sector | End sector
---------------------------------------------------------
1 | 0:00.00 | 2:38.70 | 0 | 11919
2 | 2:38.70 | 4:40.22 | 11920 | 32941
3 | 7:19.17 | 4:23.18 | 32942 | 52684
4 | 11:42.35 | 1:06.10 | 52685 | 57644
5 | 12:48.45 | 2:54.22 | 57645 | 70716
6 | 15:42.67 | 2:49.65 | 70717 | 83456
7 | 18:32.57 | 3:21.20 | 83457 | 98551
8 | 21:54.02 | 2:25.43 | 98552 | 109469
9 | 24:19.45 | 1:34.20 | 109470 | 116539
10 | 25:53.65 | 1:54.37 | 116540 | 125126
11 | 27:48.27 | 4:12.53 | 125127 | 144079
12 | 32:01.05 | 3:50.47 | 144080 | 161376
13 | 35:51.52 | 4:44.15 | 161377 | 182691
14 | 40:35.67 | 7:47.05 | 182692 | 217721
15 | 48:22.72 | 0:44.05 | 217722 | 221026
16 | 49:07.02 | 1:35.03 | 221027 | 228154
17 | 50:42.05 | 4:12.52 | 228155 | 247106
18 | 54:54.57 | 4:39.68 | 247107 | 268099
19 | 59:34.50 | 1:45.15 | 268100 | 275989
20 | 61:19.65 | 4:23.31 | 275990 | 295745 Range status and errors Selected range Filename E:\CD2Image.wav Peak level 82.1 %
Range quality 99.9 %
Copy CRC BD08F962
Copy OK No errors occurred AccurateRip summary Track 1 cannot be verified as accurate (confidence 2) [79F71C62], AccurateRip returned [96032F34]
Track 2 cannot be verified as accurate (confidence 2) [8301D70D], AccurateRip returned [61C7153F]
Track 3 cannot be verified as accurate (confidence 2) [53F66263], AccurateRip returned [81B84277]
Track 4 cannot be verified as accurate (confidence 2) [4937AC30], AccurateRip returned [3053C796]
Track 5 cannot be verified as accurate (confidence 2) [40FF6CBF], AccurateRip returned [9482537E]
Track 6 cannot be verified as accurate (confidence 2) [A5553317], AccurateRip returned [BECAA822]
Track 7 cannot be verified as accurate (confidence 2) [5223DFD5], AccurateRip returned [FE2E3B49]
Track 8 cannot be verified as accurate (confidence 2) [C720CDFD], AccurateRip returned [9B0AD62E]
Track 9 cannot be verified as accurate (confidence 2) [96157FFD], AccurateRip returned [C03B9963]
Track 10 cannot be verified as accurate (confidence 2) [FE6B120B], AccurateRip returned [DE21C639]
Track 11 cannot be verified as accurate (confidence 2) [0B0F07A2], AccurateRip returned [482ECAF1]
Track 12 cannot be verified as accurate (confidence 2) [C20E2F5F], AccurateRip returned [0E434276]
Track 13 not present in database
Track 14 not present in database
Track 15 not present in database
Track 16 not present in database
Track 17 not present in database
Track 18 not present in database
Track 19 cannot be verified as accurate (confidence 2) [0E4D2DC4], AccurateRip returned [E8291553]
Track 20 cannot be verified as accurate (confidence 2) [5CC22172], AccurateRip returned [689BCEED] 14 track(s) could not be verified as accurate
6 track(s) not present in the AccurateRip database No tracks could be verified as accurate
You may have a different pressing from the one(s) in the database End of status report
CUE sheets
Диск 1
Код:
REM GENRE Opera
REM COMPOSER "Giuseppe Verdi (1813 - 1901)"
REM DATE COMPOSED 1853
REM DATE THISVERSION RECORDED 1982
REM DATE THISVERSION CD DARP 1999
REM DISCID 470ed516
PERFORMER "Riccardo Muti, Renata Scotto, Alfredo Kraus & Philharmonia Orchestra"
TITLE "Giuseppe Verdi - La traviata (Disc 1 of 2)"
FILE "CD1Image.wav" WAVE
TRACK 01 AUDIO
TITLE "Preludio"
INDEX 01 00:00:00
TRACK 02 AUDIO
TITLE "Dell' invito trascorsa e gia l'ora"
INDEX 01 03:50:25
TRACK 03 AUDIO
TITLE "Libiamo ne' lieti calici"
INDEX 01 08:31:65
TRACK 04 AUDIO
TITLE "Che e cio"
INDEX 01 11:21:57
TRACK 05 AUDIO
TITLE "Un di, felice, eterea"
INDEX 01 13:31:35
TRACK 06 AUDIO
TITLE "Ebben. Che diavol fate"
INDEX 01 16:44:12
TRACK 07 AUDIO
TITLE "Si ridesta in ciel l'aurora"
INDEX 01 17:54:47
TRACK 08 AUDIO
TITLE "E strano, e strano"
INDEX 01 19:32:55
TRACK 09 AUDIO
TITLE "Aria - Ah, fors' e lui"
INDEX 01 21:03:20
TRACK 10 AUDIO
TITLE "Follie, follie. Delirio vano e questo"
INDEX 01 26:16:70
TRACK 11 AUDIO
TITLE "Sempre libera"
INDEX 01 27:31:62
TRACK 12 AUDIO
TITLE "Lunge da lei"
INDEX 01 31:01:67
TRACK 13 AUDIO
TITLE "De' miei bollenti spiriti"
INDEX 01 33:07:67
TRACK 14 AUDIO
TITLE "Annina, donde vieni. O mio remorso."
INDEX 01 35:13:72
TRACK 15 AUDIO
TITLE "Alfredo. Per parigi or or partiva"
INDEX 01 38:54:55
TRACK 16 AUDIO
TITLE "Pura siccome un angelo"
INDEX 01 43:05:37
TRACK 17 AUDIO
TITLE "Non sapete quale affetto"
INDEX 01 45:02:07
TRACK 18 AUDIO
TITLE "Un di, quando le veneri"
INDEX 01 47:11:12
TRACK 19 AUDIO
TITLE "Ah, dite alla giovine"
INDEX 01 49:52:02
TRACK 20 AUDIO
TITLE "Imponete. Non amarlo ditegli"
INDEX 01 54:10:30
TRACK 21 AUDIO
TITLE "Dammi tu forza, o cielo"
INDEX 01 59:04:02
TRACK 22 AUDIO
TITLE "Che fai - Nulla."
INDEX 01 60:47:50
Диск 2
Код:
REM GENRE Opera
REM COMPOSER "Giuseppe Verdi (1813 - 1901)"
REM DATE COMPOSED 1853
REM DATE THISVERSION RECORDED 1982
REM DATE THISVERSION CD DARP 1999
REM DISCID 100f6714
PERFORMER "Riccardo Muti, Renata Scotto, Alfredo Kraus & Philharmonia Orchestra"
TITLE "Giuseppe Verdi - La traviata (Disc 2 of 2)"
FILE "CD2Image.wav" WAVE
TRACK 01 AUDIO
TITLE "Ah, vive sol quel core"
INDEX 01 00:00:00
TRACK 02 AUDIO
TITLE "Di Provenza il mar, il suol"
INDEX 01 02:38:70
TRACK 03 AUDIO
TITLE "Ne rispondi d'un padre all'affetto?..."
INDEX 01 07:19:17
TRACK 04 AUDIO
TITLE "Avrem lieta di maschere"
INDEX 01 11:42:35
TRACK 05 AUDIO
TITLE "Noi siamo zingarelle"
INDEX 01 12:48:45
TRACK 06 AUDIO
TITLE "Di Madride noi siam mattadori"
INDEX 01 15:42:67
TRACK 07 AUDIO
TITLE "Alfredo! Voi!"
INDEX 01 18:32:57
TRACK 08 AUDIO
TITLE "Invitato a qui seguirmi"
INDEX 01 21:54:02
TRACK 09 AUDIO
TITLE "Ogni suo aver tal femmina"
INDEX 01 24:19:45
TRACK 10 AUDIO
TITLE "Di sprezzo degno se stesso rende"
INDEX 01 25:53:65
TRACK 11 AUDIO
TITLE "Alfredo, Alfredo, di questo core"
INDEX 01 27:48:27
TRACK 12 AUDIO
TITLE "Atto terzo: Preludio"
INDEX 01 32:01:05
TRACK 13 AUDIO
TITLE "Annina?... Commandate?"
INDEX 01 35:51:52
TRACK 14 AUDIO
TITLE "Teneste la promessa"
INDEX 01 40:35:67
TRACK 15 AUDIO
TITLE "Largo al quadrupede"
INDEX 01 48:22:72
TRACK 16 AUDIO
TITLE "Signora!...Che t'accadde?"
INDEX 00 49:07:01
INDEX 01 49:07:02
TRACK 17 AUDIO
TITLE "Parigi, o cara, noi lasceremo"
INDEX 01 50:42:05
TRACK 18 AUDIO
TITLE "Ah, non piu... Ah! Gran Dio! Morir si giovine"
INDEX 01 54:54:57
TRACK 19 AUDIO
TITLE "Ah, Violetta!...Voi, signor!"
INDEX 01 59:34:50
TRACK 20 AUDIO
TITLE "Prendi, quest'и l'immagine"
INDEX 01 61:19:65
Отчёты auCDtect (TAU)
Диск 1
Код:
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.
------------------------------------------------------------
Processing file: [CD1Image.wav]
Detected average hi-boundary frequency: 2.029693e+004 Hz
Detected average lo-boundary frequency: 1.446906e+004 Hz
Detected average hi-cut frequency: 2.113979e+004 Hz
Detected average lo-cut frequency: 1.695551e+004 Hz
Maximum probablis boundary frequency: 2.083600e+004 Hz
Coefficient of nonlinearity of a phase: 8.636464e-002
First order smothness: 5.287314e-001
Second order smothness: 8.762283e-001 ------------------------------------------------------------
This track looks like CDDA with probability 86% ------------------------------------------------------------
------------------------------------------------------------
Processing file: [01 Preludio.wav]
Detected average hi-boundary frequency: 2.020711e+004 Hz
Detected average lo-boundary frequency: 1.556507e+004 Hz
Detected average hi-cut frequency: 2.121498e+004 Hz
Detected average lo-cut frequency: 1.717536e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 9.229863e-001
First order smothness: 5.346294e-001
Second order smothness: 9.023896e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [02 Dell' invito trascorsa e gia l'ora.wav]
Detected average hi-boundary frequency: 2.027297e+004 Hz
Detected average lo-boundary frequency: 1.436967e+004 Hz
Detected average hi-cut frequency: 2.112785e+004 Hz
Detected average lo-cut frequency: 1.661810e+004 Hz
Maximum probablis boundary frequency: 2.084700e+004 Hz
Coefficient of nonlinearity of a phase: 2.176255e-001
First order smothness: 4.643799e-001
Second order smothness: 8.469657e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [03 Libiamo ne' lieti calici.wav]
Detected average hi-boundary frequency: 2.030645e+004 Hz
Detected average lo-boundary frequency: 1.407541e+004 Hz
Detected average hi-cut frequency: 2.111005e+004 Hz
Detected average lo-cut frequency: 1.579844e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 1.957037e-001
First order smothness: 3.519126e-001
Second order smothness: 8.360656e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [04 Che e cio.wav]
Detected average hi-boundary frequency: 2.028212e+004 Hz
Detected average lo-boundary frequency: 1.292934e+004 Hz
Detected average hi-cut frequency: 2.115375e+004 Hz
Detected average lo-cut frequency: 1.662569e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 3.983466e-001
First order smothness: 3.801002e-001
Second order smothness: 8.883321e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [05 Un di, felice, eterea.wav]
Detected average hi-boundary frequency: 2.026131e+004 Hz
Detected average lo-boundary frequency: 1.427188e+004 Hz
Detected average hi-cut frequency: 2.115250e+004 Hz
Detected average lo-cut frequency: 1.689235e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.597145e-001
First order smothness: 5.021687e-001
Second order smothness: 8.930120e-001 ------------------------------------------------------------
This track looks like CDDA with probability 94% ------------------------------------------------------------
Processing file: [06 Ebben. Che diavol fate.wav]
Detected average hi-boundary frequency: 2.033937e+004 Hz
Detected average lo-boundary frequency: 1.378570e+004 Hz
Detected average hi-cut frequency: 2.114116e+004 Hz
Detected average lo-cut frequency: 1.694133e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 3.553478e-001
First order smothness: 4.097497e-001
Second order smothness: 8.774704e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [07 Si ridesta in ciel l'aurora.wav]
Detected average hi-boundary frequency: 2.055946e+004 Hz
Detected average lo-boundary frequency: 1.514925e+004 Hz
Detected average hi-cut frequency: 2.111888e+004 Hz
Detected average lo-cut frequency: 1.650629e+004 Hz
Maximum probablis boundary frequency: 2.089500e+004 Hz
Coefficient of nonlinearity of a phase: 3.351676e-001
First order smothness: 3.964049e-001
Second order smothness: 8.325449e-001 ------------------------------------------------------------
This track looks like CDDA with probability 94% ------------------------------------------------------------
Processing file: [08 E strano, e strano.wav]
Detected average hi-boundary frequency: 2.030926e+004 Hz
Detected average lo-boundary frequency: 1.449655e+004 Hz
Detected average hi-cut frequency: 2.114494e+004 Hz
Detected average lo-cut frequency: 1.685422e+004 Hz
Maximum probablis boundary frequency: 2.189600e+004 Hz
Coefficient of nonlinearity of a phase: 3.102483e-001
First order smothness: 6.461538e-001
Second order smothness: 8.758974e-001 ------------------------------------------------------------
This track looks like CDDA with probability 58% ------------------------------------------------------------
Processing file: [09 Aria - Ah, fors' e lui.wav]
Detected average hi-boundary frequency: 2.024844e+004 Hz
Detected average lo-boundary frequency: 1.440945e+004 Hz
Detected average hi-cut frequency: 2.117882e+004 Hz
Detected average lo-cut frequency: 1.676883e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 3.569020e-001
First order smothness: 6.542333e-001
Second order smothness: 8.875074e-001 ------------------------------------------------------------
This track looks like CDDA with probability 76% ------------------------------------------------------------
Processing file: [10 Follie, follie. Delirio vano e questo.wav]
Detected average hi-boundary frequency: 2.027273e+004 Hz
Detected average lo-boundary frequency: 1.417615e+004 Hz
Detected average hi-cut frequency: 2.110565e+004 Hz
Detected average lo-cut frequency: 1.685110e+004 Hz
Maximum probablis boundary frequency: 2.189600e+004 Hz
Coefficient of nonlinearity of a phase: 2.225415e-001
First order smothness: 5.700124e-001
Second order smothness: 8.835192e-001 ------------------------------------------------------------
This track looks like CDDA with probability 92% ------------------------------------------------------------
Processing file: [11 Sempre libera.wav]
Detected average hi-boundary frequency: 2.034986e+004 Hz
Detected average lo-boundary frequency: 1.448029e+004 Hz
Detected average hi-cut frequency: 2.111853e+004 Hz
Detected average lo-cut frequency: 1.677432e+004 Hz
Maximum probablis boundary frequency: 2.079300e+004 Hz
Coefficient of nonlinearity of a phase: 2.626296e-001
First order smothness: 5.868972e-001
Second order smothness: 8.798908e-001 ------------------------------------------------------------
This track looks like CDDA with probability 54% ------------------------------------------------------------
Processing file: [12 Lunge da lei.wav]
Detected average hi-boundary frequency: 2.024795e+004 Hz
Detected average lo-boundary frequency: 1.510056e+004 Hz
Detected average hi-cut frequency: 2.116111e+004 Hz
Detected average lo-cut frequency: 1.733032e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 5.588263e-001
First order smothness: 6.081181e-001
Second order smothness: 9.040590e-001 ------------------------------------------------------------
This track looks like CDDA with probability 87% ------------------------------------------------------------
Processing file: [13 De' miei bollenti spiriti.wav]
Detected average hi-boundary frequency: 2.032840e+004 Hz
Detected average lo-boundary frequency: 1.465266e+004 Hz
Detected average hi-cut frequency: 2.113233e+004 Hz
Detected average lo-cut frequency: 1.761367e+004 Hz
Maximum probablis boundary frequency: 2.080900e+004 Hz
Coefficient of nonlinearity of a phase: 4.640992e-001
First order smothness: 5.353461e-001
Second order smothness: 9.094256e-001 ------------------------------------------------------------
This track looks like CDDA with probability 92% ------------------------------------------------------------
Processing file: [14 Annina, donde vieni. O mio remorso..wav]
Detected average hi-boundary frequency: 2.038212e+004 Hz
Detected average lo-boundary frequency: 1.450752e+004 Hz
Detected average hi-cut frequency: 2.108527e+004 Hz
Detected average lo-cut frequency: 1.743208e+004 Hz
Maximum probablis boundary frequency: 2.080900e+004 Hz
Coefficient of nonlinearity of a phase: 3.429955e-001
First order smothness: 4.244846e-001
Second order smothness: 8.771561e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [15 Alfredo. Per parigi or or partiva.wav]
Detected average hi-boundary frequency: 2.027386e+004 Hz
Detected average lo-boundary frequency: 1.414212e+004 Hz
Detected average hi-cut frequency: 2.116167e+004 Hz
Detected average lo-cut frequency: 1.681257e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 4.778367e-001
First order smothness: 5.262963e-001
Second order smothness: 9.011111e-001 ------------------------------------------------------------
This track looks like CDDA with probability 94% ------------------------------------------------------------
Processing file: [16 Pura siccome un angelo.wav]
Detected average hi-boundary frequency: 2.018818e+004 Hz
Detected average lo-boundary frequency: 1.499662e+004 Hz
Detected average hi-cut frequency: 2.115211e+004 Hz
Detected average lo-cut frequency: 1.671462e+004 Hz
Maximum probablis boundary frequency: 2.189600e+004 Hz
Coefficient of nonlinearity of a phase: 1.300338e-001
First order smothness: 4.928344e-001
Second order smothness: 8.933121e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [17 Non sapete quale affetto.wav]
Detected average hi-boundary frequency: 2.027934e+004 Hz
Detected average lo-boundary frequency: 1.435568e+004 Hz
Detected average hi-cut frequency: 2.109339e+004 Hz
Detected average lo-cut frequency: 1.677628e+004 Hz
Maximum probablis boundary frequency: 2.082000e+004 Hz
Coefficient of nonlinearity of a phase: 2.034675e-001
First order smothness: 5.597122e-001
Second order smothness: 8.611511e-001 ------------------------------------------------------------
This track looks like CDDA with probability 86% ------------------------------------------------------------
Processing file: [18 Un di, quando le veneri.wav]
Detected average hi-boundary frequency: 2.031331e+004 Hz
Detected average lo-boundary frequency: 1.478425e+004 Hz
Detected average hi-cut frequency: 2.111043e+004 Hz
Detected average lo-cut frequency: 1.672795e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 3.499532e-001
First order smothness: 5.259815e-001
Second order smothness: 8.914550e-001 ------------------------------------------------------------
This track looks like CDDA with probability 92% ------------------------------------------------------------
Processing file: [19 Ah, dite alla giovine.wav]
Detected average hi-boundary frequency: 2.031148e+004 Hz
Detected average lo-boundary frequency: 1.457015e+004 Hz
Detected average hi-cut frequency: 2.114267e+004 Hz
Detected average lo-cut frequency: 1.732632e+004 Hz
Maximum probablis boundary frequency: 2.082500e+004 Hz
Coefficient of nonlinearity of a phase: 2.239357e-001
First order smothness: 5.557153e-001
Second order smothness: 8.813803e-001 ------------------------------------------------------------
This track looks like CDDA with probability 86% ------------------------------------------------------------
Processing file: [20 Imponete. Non amarlo ditegli.wav]
Detected average hi-boundary frequency: 2.037532e+004 Hz
Detected average lo-boundary frequency: 1.472959e+004 Hz
Detected average hi-cut frequency: 2.111989e+004 Hz
Detected average lo-cut frequency: 1.773301e+004 Hz
Maximum probablis boundary frequency: 2.082500e+004 Hz
Coefficient of nonlinearity of a phase: 2.153956e-001
First order smothness: 5.686275e-001
Second order smothness: 8.943707e-001 ------------------------------------------------------------
This track looks like CDDA with probability 54% ------------------------------------------------------------
Processing file: [21 Dammi tu forza, o cielo.wav]
Detected average hi-boundary frequency: 2.036497e+004 Hz
Detected average lo-boundary frequency: 1.290028e+004 Hz
Detected average hi-cut frequency: 2.119421e+004 Hz
Detected average lo-cut frequency: 1.720555e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 1.333526e+000
First order smothness: 6.344086e-001
Second order smothness: 9.086022e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [22 Che fai - Nulla..wav]
Detected average hi-boundary frequency: 2.020517e+004 Hz
Detected average lo-boundary frequency: 1.410259e+004 Hz
Detected average hi-cut frequency: 2.110848e+004 Hz
Detected average lo-cut frequency: 1.666383e+004 Hz
Maximum probablis boundary frequency: 2.082500e+004 Hz
Coefficient of nonlinearity of a phase: 2.970262e-001
First order smothness: 4.556727e-001
Second order smothness: 8.667080e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100%
Диск 2
Код:
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.
------------------------------------------------------------
Processing file: [CD2Image.wav]
Detected average hi-boundary frequency: 2.032293e+004 Hz
Detected average lo-boundary frequency: 1.384948e+004 Hz
Detected average hi-cut frequency: 2.114748e+004 Hz
Detected average lo-cut frequency: 1.701400e+004 Hz
Maximum probablis boundary frequency: 2.080900e+004 Hz
Coefficient of nonlinearity of a phase: 1.336003e-001
First order smothness: 4.838252e-001
Second order smothness: 8.751892e-001 ------------------------------------------------------------
This track looks like CDDA with probability 87% ------------------------------------------------------------
------------------------------------------------------------
Processing file: [01 Ah, vive sol quel core.wav]
Detected average hi-boundary frequency: 2.019936e+004 Hz
Detected average lo-boundary frequency: 1.412583e+004 Hz
Detected average hi-cut frequency: 2.119862e+004 Hz
Detected average lo-cut frequency: 1.686314e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 4.757761e-001
First order smothness: 5.094007e-001
Second order smothness: 9.001175e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [02 Di Provenza il mar, il suol.wav]
Detected average hi-boundary frequency: 2.034074e+004 Hz
Detected average lo-boundary frequency: 1.494174e+004 Hz
Detected average hi-cut frequency: 2.114269e+004 Hz
Detected average lo-cut frequency: 1.690762e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.740421e-001
First order smothness: 5.606362e-001
Second order smothness: 8.870113e-001 ------------------------------------------------------------
This track looks like CDDA with probability 76% ------------------------------------------------------------
Processing file: [03 Ne rispondi d'un padre all'affetto ....wav]
Detected average hi-boundary frequency: 2.033577e+004 Hz
Detected average lo-boundary frequency: 1.416715e+004 Hz
Detected average hi-cut frequency: 2.109128e+004 Hz
Detected average lo-cut frequency: 1.659927e+004 Hz
Maximum probablis boundary frequency: 2.083600e+004 Hz
Coefficient of nonlinearity of a phase: 2.173813e-001
First order smothness: 4.137684e-001
Second order smothness: 8.676945e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [04 Avrem lieta di maschere.wav]
Detected average hi-boundary frequency: 2.016444e+004 Hz
Detected average lo-boundary frequency: 1.440324e+004 Hz
Detected average hi-cut frequency: 2.117061e+004 Hz
Detected average lo-cut frequency: 1.664323e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 3.038559e-001
First order smothness: 4.627286e-001
Second order smothness: 8.677918e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [05 Noi siamo zingarelle.wav]
Detected average hi-boundary frequency: 2.033684e+004 Hz
Detected average lo-boundary frequency: 1.494596e+004 Hz
Detected average hi-cut frequency: 2.116730e+004 Hz
Detected average lo-cut frequency: 1.713772e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 4.663254e-001
First order smothness: 4.970698e-001
Second order smothness: 8.865210e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [06 Di Madride noi siam mattadori.wav]
Detected average hi-boundary frequency: 2.044641e+004 Hz
Detected average lo-boundary frequency: 1.406828e+004 Hz
Detected average hi-cut frequency: 2.114217e+004 Hz
Detected average lo-cut frequency: 1.733418e+004 Hz
Maximum probablis boundary frequency: 2.092200e+004 Hz
Coefficient of nonlinearity of a phase: 3.058752e-001
First order smothness: 4.749722e-001
Second order smothness: 8.648498e-001 ------------------------------------------------------------
This track looks like CDDA with probability 85% ------------------------------------------------------------
Processing file: [07 Alfredo! Voi!.wav]
Detected average hi-boundary frequency: 2.027158e+004 Hz
Detected average lo-boundary frequency: 1.396274e+004 Hz
Detected average hi-cut frequency: 2.115300e+004 Hz
Detected average lo-cut frequency: 1.669205e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.823853e-001
First order smothness: 4.254042e-001
Second order smothness: 8.863741e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [08 Invitato a qui seguirmi.wav]
Detected average hi-boundary frequency: 2.032472e+004 Hz
Detected average lo-boundary frequency: 1.421344e+004 Hz
Detected average hi-cut frequency: 2.112358e+004 Hz
Detected average lo-cut frequency: 1.684005e+004 Hz
Maximum probablis boundary frequency: 2.082000e+004 Hz
Coefficient of nonlinearity of a phase: 1.904025e-001
First order smothness: 4.215561e-001
Second order smothness: 8.603316e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [09 Ogni suo aver tal femmina.wav]
Detected average hi-boundary frequency: 2.038062e+004 Hz
Detected average lo-boundary frequency: 1.597750e+004 Hz
Detected average hi-cut frequency: 2.103554e+004 Hz
Detected average lo-cut frequency: 1.658003e+004 Hz
Maximum probablis boundary frequency: 2.083600e+004 Hz
Coefficient of nonlinearity of a phase: 2.657447e-001
First order smothness: 4.216749e-001
Second order smothness: 7.576355e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [10 Di sprezzo degno se stesso rende.wav]
Detected average hi-boundary frequency: 2.023162e+004 Hz
Detected average lo-boundary frequency: 1.452313e+004 Hz
Detected average hi-cut frequency: 2.112913e+004 Hz
Detected average lo-cut frequency: 1.673178e+004 Hz
Maximum probablis boundary frequency: 2.083600e+004 Hz
Coefficient of nonlinearity of a phase: 3.361006e-001
First order smothness: 4.193025e-001
Second order smothness: 8.759124e-001 ------------------------------------------------------------
This track looks like CDDA with probability 99% ------------------------------------------------------------
Processing file: [11 Alfredo, Alfredo, di questo core.wav]
Detected average hi-boundary frequency: 2.029038e+004 Hz
Detected average lo-boundary frequency: 1.392980e+004 Hz
Detected average hi-cut frequency: 2.110431e+004 Hz
Detected average lo-cut frequency: 1.656586e+004 Hz
Maximum probablis boundary frequency: 2.085200e+004 Hz
Coefficient of nonlinearity of a phase: 2.147828e-001
First order smothness: 4.620038e-001
Second order smothness: 8.381853e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [12 Atto terzo- Preludio.wav]
Detected average hi-boundary frequency: 2.021525e+004 Hz
Detected average lo-boundary frequency: 1.264474e+004 Hz
Detected average hi-cut frequency: 2.119859e+004 Hz
Detected average lo-cut frequency: 1.681164e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 9.044902e-001
First order smothness: 6.377921e-001
Second order smothness: 8.984690e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [13 Annina ... Commandate .wav]
Detected average hi-boundary frequency: 2.021455e+004 Hz
Detected average lo-boundary frequency: 1.338146e+004 Hz
Detected average hi-cut frequency: 2.119866e+004 Hz
Detected average lo-cut frequency: 1.682866e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 6.857501e-001
First order smothness: 5.424837e-001
Second order smothness: 8.924837e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [14 Teneste la promessa.wav]
Detected average hi-boundary frequency: 2.032911e+004 Hz
Detected average lo-boundary frequency: 1.374418e+004 Hz
Detected average hi-cut frequency: 2.116556e+004 Hz
Detected average lo-cut frequency: 1.717971e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 3.713286e-001
First order smothness: 5.685027e-001
Second order smothness: 8.922251e-001 ------------------------------------------------------------
This track looks like CDDA with probability 92% ------------------------------------------------------------
Processing file: [15 Largo al quadrupede.wav]
Detected average hi-boundary frequency: 2.028976e+004 Hz
Detected average lo-boundary frequency: 1.314658e+004 Hz
Detected average hi-cut frequency: 2.117371e+004 Hz
Detected average lo-cut frequency: 1.205765e+004 Hz
Maximum probablis boundary frequency: 2.083600e+004 Hz
Coefficient of nonlinearity of a phase: 1.201267e+000
First order smothness: 2.778947e-001
Second order smothness: 6.842105e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [16 Signora!...Che t'accadde .wav]
Detected average hi-boundary frequency: 2.030606e+004 Hz
Detected average lo-boundary frequency: 1.403699e+004 Hz
Detected average hi-cut frequency: 2.111934e+004 Hz
Detected average lo-cut frequency: 1.728778e+004 Hz
Maximum probablis boundary frequency: 2.080900e+004 Hz
Coefficient of nonlinearity of a phase: 2.554786e-001
First order smothness: 4.160156e-001
Second order smothness: 8.710938e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [17 Parigi, o cara, noi lasceremo.wav]
Detected average hi-boundary frequency: 2.035517e+004 Hz
Detected average lo-boundary frequency: 1.360540e+004 Hz
Detected average hi-cut frequency: 2.113416e+004 Hz
Detected average lo-cut frequency: 1.720504e+004 Hz
Maximum probablis boundary frequency: 2.078200e+004 Hz
Coefficient of nonlinearity of a phase: 2.811282e-001
First order smothness: 4.472620e-001
Second order smothness: 8.912165e-001 ------------------------------------------------------------
This track looks like CDDA with probability 87% ------------------------------------------------------------
Processing file: [18 Ah, non piu... Ah! Gran Dio! Morir si giovine.wav]
Detected average hi-boundary frequency: 2.040205e+004 Hz
Detected average lo-boundary frequency: 1.331443e+004 Hz
Detected average hi-cut frequency: 2.111025e+004 Hz
Detected average lo-cut frequency: 1.691135e+004 Hz
Maximum probablis boundary frequency: 2.080900e+004 Hz
Coefficient of nonlinearity of a phase: 1.754376e-001
First order smothness: 4.014599e-001
Second order smothness: 8.609821e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [19 Ah, Violetta!...Voi, signor!.wav]
Detected average hi-boundary frequency: 2.037527e+004 Hz
Detected average lo-boundary frequency: 1.280050e+004 Hz
Detected average hi-cut frequency: 2.118237e+004 Hz
Detected average lo-cut frequency: 1.741817e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 5.314547e-001
First order smothness: 4.060018e-001
Second order smothness: 9.037952e-001 ------------------------------------------------------------
This track looks like CDDA with probability 100% ------------------------------------------------------------
Processing file: [20 Prendi, quest'Ё l'immagine.wav]
Detected average hi-boundary frequency: 2.064984e+004 Hz
Detected average lo-boundary frequency: 1.369168e+004 Hz
Detected average hi-cut frequency: 2.114527e+004 Hz
Detected average lo-cut frequency: 1.870558e+004 Hz
Maximum probablis boundary frequency: 2.080900e+004 Hz
Coefficient of nonlinearity of a phase: 3.434167e-001
First order smothness: 4.286218e-001
Second order smothness: 9.009517e-001 ------------------------------------------------------------
This track looks like CDDA with probability 43%
woudou
Просто когда будете добавлять торрент, в содержимом уберите галочки со всего кроме 30 и 31 дисков. Или во вкладке "Файлы" правой кнопкой выбирайте "не загружать".
попробую, но про правую кнопку не уверен, ее нет, у меня Мак. все удалось! не успел включить-выключить файлы, а все уже у меня, вот это скорость. Rigoletto прекрасный, спасибо. теперь посмотрю, может и не стоит ограничиваться папками 30, 31.
Сначала немного о "Риголетто". Вот здесь: http://www.operamania.com/index-eng.htm есть попытка выделить лучшее исполнение. Сразу хочу сказать, что всю ответственность несут авторы. Некоторые считают, что лучшее исполнение - запись Шолти с Моффо, Краусом и Меррилом, некоторые предпочитают Giulini с Котрубас, Доминго и Капучилли. А вот на этой странице лучшей считается запись Бонинга с Сазерленд, Паваротти и Милнсом. Вообще это дело вкуса. Например, там нет записи "Травиаты" с Кабалье, а по-моему - это одна из лучших. Во-всяком случае, очень интересно сравнить записи Кабалье и Каллас, особенно, если это делать не зная, какая именно версия звучит. Результаты получаются очень интересные, причем не только с "Травиатой", но и, скажем, с "Нормой" (естественно, там, где Кабалье поет Норму, у нее есть запись, где она поет Адальджизу), да и с другими операми тоже. Оценка исполнения оперы - по-моему если не безнадежное, то уж в любом случае очень субъективное дело. Например, в популярной серии издательства "ro-ro-ro", в книге о "Евгении Онегине" автор, оценивая запись Эрмлера (Милашкина, Атлантов, Синявская, Мазурок), пишет, что хор девушек звучит не так, как он должен бы звучать в действительности. У меня почему-то возник вопрос, откуда немецкий музыковед в конце двадцатого столетия может знать, как должен звучать хор русских деревенских девушек начала девятнадцатого? Он его слышал? Как он себе представляет что-то подобное на сцене? Скорее всего - это какие-то его личные представления и думаю, что они далеки от действительности.
Записать на диск или конвертировать невозможно: на разных программах выдает ошибку. Беда с этим форматом: все диски ape , что качаешь отсюда, через один идут с такой лажой. (Переименовать в блокноте wav на ape не помогает).
43973413Сначала немного о "Риголетто". Вот здесь: http://www.operamania.com/index-eng.htm есть попытка выделить лучшее исполнение. Сразу хочу сказать, что всю ответственность несут авторы. Некоторые считают, что лучшее исполнение - запись Шолти с Моффо, Краусом и Меррилом, некоторые предпочитают Giulini с Котрубас, Доминго и Капучилли. А вот на этой странице лучшей считается запись Бонинга с Сазерленд, Паваротти и Милнсом. Вообще это дело вкуса. Например, там нет записи "Травиаты" с Кабалье, а по-моему - это одна из лучших. Во-всяком случае, очень интересно сравнить записи Кабалье и Каллас, особенно, если это делать не зная, какая именно версия звучит. Результаты получаются очень интересные, причем не только с "Травиатой", но и, скажем, с "Нормой" (естественно, там, где Кабалье поет Норму, у нее есть запись, где она поет Адальджизу), да и с другими операми тоже. Оценка исполнения оперы - по-моему если не безнадежное, то уж в любом случае очень субъективное дело. Например, в популярной серии издательства "ro-ro-ro", в книге о "Евгении Онегине" автор, оценивая запись Эрмлера (Милашкина, Атлантов, Синявская, Мазурок), пишет, что хор девушек звучит не так, как он должен бы звучать в действительности. У меня почему-то возник вопрос, откуда немецкий музыковед в конце двадцатого столетия может знать, как должен звучать хор русских деревенских девушек начала девятнадцатого? Он его слышал? Как он себе представляет что-то подобное на сцене? Скорее всего - это какие-то его личные представления и думаю, что они далеки от действительности.
RIGOLETTO (in Russian), recorded 1947, w.Samosud Cond. Bolshoi Theatre Ensemble; Andrei Ivanov, Ivan Kozlovsky, Irina Maslennikova, Veronika Borisenko, Ivan Petrov, etc. (Russia) 2-Aquarius AQVR 334. - 4607123630839 CRITIC REVIEWS: “A redoubtable baritone was Andrei Ivanov (easy to confuse with Alexei Ivanov, also an interesting singer). His voice was weightier than Lisitsian's and not quite so seamless technically. But he is the best Igor on records, the most specifically inflected Mazeppa. His large, dark instrument sustains and shades Rigoletto's tessitura impressively, and he lightens the sound with a lyrical, conversational touch for his Onégin. Both vocally and interpretively, he is the finest Russian dramatic baritone of the past sixty years, at least on the recorded evidence." - Conrad L. Osborne “Kozlovsky's voice was distinguished for its beautiful high register and rich palette of shadings. He sang more than 50 operatic rôles, and was especially famous as Lensky in EUGENE ONÉGIN. They say that Ivan Kozlovsky considered his voice as his one and only possession and prayed every morning thanking the Lord for the priceless gift He gave him.” - Olga Fyodorova “One way of dividing the world seems to be into admirers and detractors of Ivan Kozlovsky. For the former, the succulent, dripping sweetness of the Russian tenor provides a paragon of bel canto, exquisite, long-held soft head notes, phrases caressed and pressed out of familiar shape….the portrait of an extraordinary singer….” - Max Loppert, OPERA ON RECORD, Vol. I, pp.29-30 “The Bolshoi's singer and Kozlovsky's partner in several operas, Irina Maslennikova, said: ‘At the beginning of my career at the Bolshoi I sang first in RIGOLETTO and then in THE BARBER OF SEVILLE. As a singer I was absolutely unknown to anyone. My first partners were such celebrities as Ivan Kozlovsky and Marc Reizen. Who was I? Just a beginner. But how they cared for me! At rehearsals they treated me like an accomplished singer making no difference between me and themselves'.” - N. Victorova, AN INTERNATIONAL CONFERENCE IN THE MOSCOW KREMLIN, 2000
re:Caballe in Traviata. Yes, so very good. Also, Virginia Zeani. The tenor in Zeani recording (Buzea) is quite good too.
