A collection of early 1980s work done in the University of Texas Electronic Music Studio. This is a compilation of out-takes of E-mu modular and Wavemaker synthesizers.

Analog Compilation 2

Analog Compilation 1

A collection of early 1980s work done in the University of Texas Electronic Music Studio. This piece was done on the Fairlight CMI.

San Jose Del Pacifico, Oaxaca

A collection of early 1980s work done in the University of Texas Electronic Music Studio.

Civilizations

Between The Water And The Stone

Crystal Flight

A few years ago, I was fascinated by playing virtual memory swap files as audio.  I wrote an algorithm to synthesize/simulate the way data structures are layed out in memory with some control over it. This is an excerpt of that process (the algorithm runs forever).

Data Anomalies 11f2

(a longer excerpt with different statistics)

A few years ago, I was fascinated by playing virtual memory swap files as audio. I wrote an algorithm to synthesize/simulate the way data structures are layed out in memory with some control over it. This is an excerpt of that process (the algorithm runs forever).

Data Anomalies 12a

tracks were inspired by this mailing list spam:
Dear Manager,

This is Susan from Wuxi jinxi heat exchanger manufacturer.

Our main products are: large, medium and small car, engineering machinery dedicated radiator, intercooler, heater, condenser, the product covers more than 30 series, more than 5,000 models, products are sold to the United States, Mexico, Africa, the Middle East, Southeast Asia and other countries and regions.

1.Superior heat dissipation performance.
2.Anti-vibration
3.Fast production period.
4.ODM and OEM service. We have R&D team.
5.We have a our own warehouse in overseas.

Competitive price with superior quality.Sincerely looking forward to hearing from you.

Warm Regards
Susan

5 - We Have A Our Own Warehouse In Overseas

4 - We Have R&D Team

3 - Fast Production Period

2 - Anti - Vibration

1 - Superior Heat Dissipation Performance

Use of a subwoofer is strongly suggested. Otherwise you'll be missing a lot of it.

2018 - 07 - 03

\dur ampFn [
    2 8 irand = stages
    [[0] ampFn stages 2 - X 1 add muss [0]] $/ = amps
    \[.1 2 xrand] stages X dur sumto = times
    amps times 1 lines
] = randAmpEnvelope

\dur ampFn [
    2 8 irand = stages
    [[0] ampFn stages 1 - X [0]] $/ = amps
    \[.05 2 xrand] stages X dur sumto = times
    amps times 1 lines
] = randEnvelope

\lo hi[ lo hi rand lo hi rand avg2] = trirand
\r[ r rand2 r rand2 avg2] = trirand2


\[
    \j[
        \dur hop [
            dur \[urand 3 ^] randAmpEnvelope = amp
            1 5 xrand = pchRangeScale
            dur \[8 trirand2 pchRangeScale *]  randEnvelope 0 48 rand + nnhz = ringFreq
            dur \[2h 4k xrand] randEnvelope = fc
            24 96 rand nnhz = freq
            [
                \[ freq [0 urand] + urand sinosc [1 3 5 7 9] pick ^ +/]
                \[ freq [0 urand] + urand .01 .5 rand vsaw +/ ]
                \[ freq [0 urand] + urand .01 .5 rand pulse +/ ]
                \[ freq [0 urand] + lfnoise3 -1 0 rand | +/]
            ] pick = sourceFn
    
            sourceFn 
    
            ringFreq 0 sinosc brand 1 bilin *
        
    
            fc .1 .7 rand rlpf 

            .125 6 xrand = distamp
            distamp * softclip distamp 1/ *

            amp * .3 * 
            rpan2
        ] = randBleep
        ;;.1 5 xrands .1 5 xrands & 1 8 ilinrands ? = durs 
        .1 8 xrands = durs 
        durs .1 8 xrands * = hops 
        durs @ hops @ randBleep hops 1 2 ola = in
        j 3 < \[
            7c .5 rand = dly
            in dly 0 4 12 xrand dly * combn in + .7 *  
        ]\[ in ] if
        3c 6c rand 1 4 rand apverb6
    ] 6 X +/ 293 8 fadeout conormalize
] ! "2018-07-05-B" >sfo

2018 - 07 - 05 - B

2018 - 07 - 05 - C

2018 - 07 - 08 - A

2018 - 07 - 08 - B

Sapf - 2018 - 0804 - 083532 - 0002

organic algorithmic composition of signal processing

lfnoise

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