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Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.

May 12, 2020

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Page 1: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.
Page 2: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.

Cort Lippe

Program Notes

Music for Contrabass and Computer (1995) was written for the American bassist Robert

Black, commissioned by the Festival El Callejon del Ruido Competition of Guanajuato,

Mexico, and premiered there in 1996. The electronic part, which runs in Max/Msp, was

orginally created at the Hiller Computer Music Studios of the University at Buffalo, New

York, using the IRCAM Signal Processing Workstation and Max, which was developed by

Miller Puckette and whose technical support made this piece possible.

Technically the computer tracks parameters of the contrabass, such as pitch, amplitude,

spectrum, density, rests, articulation, tempi, etc., and uses this information to trigger specific

electronic events, and to continuously control all the computer sound output by directly

controlling the digital synthesis algorithms. Thus the performer is expected to “interact” with

the computer, triggering and continuously shaping all of the computer output. Some of the

sounds in the electronic part come directly from the composed bass part, so that, certain

aspects of the musical and sound material of the instrumental and electronic parts are one and

the same. Sound material other than the bass is also manipulated via time-stretching and

granular sampling. FFT-based cross synthesis, as well as other more standard signal

processing such as harmonizing, frequency shifting, phasing, spatialization, etc. are also

employed. The instrument/machine relationship moves constantly on a continuum between

the poles of an “extended” solo and a duo. Musically, the computer part is, at times, not

separate from the bass part, but serves rather to “amplify” the bass in many dimensions and

directions; while at the other extreme of the continuum, the computer part has its own

independent “voice”.

Duration: 13 minutes.

Page 3: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.
Page 4: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.
Page 5: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.
Page 6: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.
Page 7: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.
Page 8: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.
Page 9: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.
Page 10: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.
Page 11: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.
Page 12: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.
Page 13: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.
Page 14: Cort Lippe · granular sampling. FFT-based cross synthesis, as well as other more standard signal processing such as harmonizing, frequency shifting, phasing, spatialization, etc.
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