Alvarius B / Sir Richard Bishop - Strange Fruit (2017)
Alvarius B / Sir Richard Bishop - Strange Fruit (2017)
Folk, World | 22:19 min | WEB FLAC (tracks) | 113 MB
Label: Unrock – UnrockEPxxx
Folk, World | 22:19 min | WEB FLAC (tracks) | 113 MB
Label: Unrock – UnrockEPxxx
The first new recordings by Sir Richard Bishop since his 2015 Tangier Sessions, two fantastic and elegant tracks & two pearls by Alan Bishop aka Alvarius B who explains why a hunting lodge is not a proper place to raise a child.
Tracklist:
01. Sir Richard Bishop - Manasa
02. Alvarius B. - Blinking Of The Sky
03. Alvarius B. - Hunting Lodge
04. Sir Richard Bishop - Psychostasia
fooCDtect - foobar2000 + auCDtect, baralgin.
auCDtect: CD records authenticity detector, version 0.8.2
Copyright © 2004 Oleg Berngardt. All rights reserved.
Copyright © 2004 Alexander Djourik. All rights reserved.
mode: 0
===========================================
Track: 02. Alvarius B. - Blinking Of The Sky
Processing file: [02. Alvarius B. - Blinking Of The Sky.aucdtect]
Detected average hi-boundary frequency: 2.025366e+004 Hz
Detected average lo-boundary frequency: 1.364796e+004 Hz
Detected average hi-cut frequency: 2.132906e+004 Hz
Detected average lo-cut frequency: 1.185081e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 8.998091e-001
First order smothness: 3.320343e-001
Second order smothness: 6.605612e-001
––––––––––––––––––––––––––––––
This track looks like CDDA with probability 100%
===========================================
Track: 04. Sir Richard Bishop - Psychostasia
Processing file: [04. Sir Richard Bishop - Psychostasia.aucdtect]
Detected average hi-boundary frequency: 2.056577e+004 Hz
Detected average lo-boundary frequency: 1.323276e+004 Hz
Detected average hi-cut frequency: 2.105450e+004 Hz
Detected average lo-cut frequency: 1.756050e+004 Hz
Maximum probablis boundary frequency: 1.978600e+004 Hz
Coefficient of nonlinearity of a phase: 1.304783e-001
First order smothness: 3.653880e-001
Second order smothness: 9.038361e-001
––––––––––––––––––––––––––––––
This track looks like CDDA with probability 49%
===========================================
Track: 03. Alvarius B. - Hunting Lodge
Processing file: [03. Alvarius B. - Hunting Lodge.aucdtect]
Detected average hi-boundary frequency: 2.044334e+004 Hz
Detected average lo-boundary frequency: 1.309474e+004 Hz
Detected average hi-cut frequency: 2.137042e+004 Hz
Detected average lo-cut frequency: 1.644860e+004 Hz
Maximum probablis boundary frequency: 1.979700e+004 Hz
Coefficient of nonlinearity of a phase: 6.141794e-001
First order smothness: 3.889826e-001
Second order smothness: 7.391793e-001
––––––––––––––––––––––––––––––
This track looks like CDDA with probability 100%
===========================================
Track: 01. Sir Richard Bishop - Manasa
Processing file: [01. Sir Richard Bishop - Manasa.aucdtect]
Detected average hi-boundary frequency: 2.027685e+004 Hz
Detected average lo-boundary frequency: 1.265231e+004 Hz
Detected average hi-cut frequency: 2.140366e+004 Hz
Detected average lo-cut frequency: 1.378914e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.562468e-001
First order smothness: 3.306302e-001
Second order smothness: 8.378128e-001
––––––––––––––––––––––––––––––
This track looks like CDDA with probability 100%
===========================================
auCDtect: CD records authenticity detector, version 0.8.2
Copyright © 2004 Oleg Berngardt. All rights reserved.
Copyright © 2004 Alexander Djourik. All rights reserved.
mode: 0
===========================================
Track: 02. Alvarius B. - Blinking Of The Sky
Processing file: [02. Alvarius B. - Blinking Of The Sky.aucdtect]
Detected average hi-boundary frequency: 2.025366e+004 Hz
Detected average lo-boundary frequency: 1.364796e+004 Hz
Detected average hi-cut frequency: 2.132906e+004 Hz
Detected average lo-cut frequency: 1.185081e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 8.998091e-001
First order smothness: 3.320343e-001
Second order smothness: 6.605612e-001
––––––––––––––––––––––––––––––
This track looks like CDDA with probability 100%
===========================================
Track: 04. Sir Richard Bishop - Psychostasia
Processing file: [04. Sir Richard Bishop - Psychostasia.aucdtect]
Detected average hi-boundary frequency: 2.056577e+004 Hz
Detected average lo-boundary frequency: 1.323276e+004 Hz
Detected average hi-cut frequency: 2.105450e+004 Hz
Detected average lo-cut frequency: 1.756050e+004 Hz
Maximum probablis boundary frequency: 1.978600e+004 Hz
Coefficient of nonlinearity of a phase: 1.304783e-001
First order smothness: 3.653880e-001
Second order smothness: 9.038361e-001
––––––––––––––––––––––––––––––
This track looks like CDDA with probability 49%
===========================================
Track: 03. Alvarius B. - Hunting Lodge
Processing file: [03. Alvarius B. - Hunting Lodge.aucdtect]
Detected average hi-boundary frequency: 2.044334e+004 Hz
Detected average lo-boundary frequency: 1.309474e+004 Hz
Detected average hi-cut frequency: 2.137042e+004 Hz
Detected average lo-cut frequency: 1.644860e+004 Hz
Maximum probablis boundary frequency: 1.979700e+004 Hz
Coefficient of nonlinearity of a phase: 6.141794e-001
First order smothness: 3.889826e-001
Second order smothness: 7.391793e-001
––––––––––––––––––––––––––––––
This track looks like CDDA with probability 100%
===========================================
Track: 01. Sir Richard Bishop - Manasa
Processing file: [01. Sir Richard Bishop - Manasa.aucdtect]
Detected average hi-boundary frequency: 2.027685e+004 Hz
Detected average lo-boundary frequency: 1.265231e+004 Hz
Detected average hi-cut frequency: 2.140366e+004 Hz
Detected average lo-cut frequency: 1.378914e+004 Hz
Maximum probablis boundary frequency: 2.189100e+004 Hz
Coefficient of nonlinearity of a phase: 2.562468e-001
First order smothness: 3.306302e-001
Second order smothness: 8.378128e-001
––––––––––––––––––––––––––––––
This track looks like CDDA with probability 100%
===========================================